Sbírka 68+ Atom Vs Solar System

Sbírka 68+ Atom Vs Solar System. The atom and the solar system the diagram on … An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Atom also have its own spin so does the planet (rotation). Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.

Nejlepší Doesn T Our Solar System Look Similar To A Structure Of An Atom With A Sun As A Nucleus And Planet As Electron Revolving Around The Sun Why Is It So Quora

But… in 1912 niels bohr pointed out that the orbi. He suggested that the electrons orbited the nucleus like a miniature solar system. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Atom also have its own spin so does the planet (rotation). The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.

In both examples the central area is many times larger.

Has anyone calculated how many atoms are in a grain of sand vs. Biology lies somewhere in between and our … In both examples the central area is many times larger. The atom and the solar system the diagram on … The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. He suggested that the electrons orbited the nucleus like a miniature solar system. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. How many stars are in a galaxy.

Lets say that an atom is part of a galaxy well it is isn't it.. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Lets say that an atom is part of a galaxy well it is isn't it. The atom and the solar system the diagram on … But… in 1912 niels bohr pointed out that the orbi.. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.

In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.. An atom is stable in itself just like our solar system. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. However, there is no deep connection between the two either. Lets say that an atom is part of a galaxy well it is isn't it. Biology lies somewhere in between and our …. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.

An atom is stable in itself just like our solar system. In both examples the central area is many times larger. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. However, there is no deep connection between the two either. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Has anyone calculated how many atoms are in a grain of sand vs... Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.

The atom and the solar system the diagram on … In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. However, there is no deep connection between the two either. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. The atom and the solar system the diagram on ….. The atom and the solar system the diagram on …

But… in 1912 niels bohr pointed out that the orbi. Has anyone calculated how many atoms are in a grain of sand vs. However, there is no deep connection between the two either. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. An atom is stable in itself just like our solar system. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Lets say that an atom is part of a galaxy well it is isn't it. Atom also have its own spin so does the planet (rotation). In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. But… in 1912 niels bohr pointed out that the orbi.. How many stars are in a galaxy.

An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. . In both examples the central area is many times larger.

The atom and the solar system the diagram on …. Biology lies somewhere in between and our … In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. An atom is stable in itself just like our solar system. But… in 1912 niels bohr pointed out that the orbi. How many stars are in a galaxy. He suggested that the electrons orbited the nucleus like a miniature solar system. The atom and the solar system the diagram on … In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.. But… in 1912 niels bohr pointed out that the orbi.

Atom also have its own spin so does the planet (rotation). Has anyone calculated how many atoms are in a grain of sand vs. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. An atom is stable in itself just like our solar system.. Biology lies somewhere in between and our …

Biology lies somewhere in between and our ….. But… in 1912 niels bohr pointed out that the orbi. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. How many stars are in a galaxy. He suggested that the electrons orbited the nucleus like a miniature solar system. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy.. Biology lies somewhere in between and our …

Biology lies somewhere in between and our ….. Atom also have its own spin so does the planet (rotation).. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.

Has anyone calculated how many atoms are in a grain of sand vs. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Biology lies somewhere in between and our … Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.

Atom also have its own spin so does the planet (rotation). In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. He suggested that the electrons orbited the nucleus like a miniature solar system. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. However, there is no deep connection between the two either.. But… in 1912 niels bohr pointed out that the orbi.

The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure... But… in 1912 niels bohr pointed out that the orbi. He suggested that the electrons orbited the nucleus like a miniature solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. An atom is stable in itself just like our solar system. Lets say that an atom is part of a galaxy well it is isn't it. Has anyone calculated how many atoms are in a grain of sand vs. Atom also have its own spin so does the planet (rotation). Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Biology lies somewhere in between and our … The atom and the solar system the diagram on …. In both examples the central area is many times larger.

Lets say that an atom is part of a galaxy well it is isn't it... In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. But… in 1912 niels bohr pointed out that the orbi. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. However, there is no deep connection between the two either. Atom also have its own spin so does the planet (rotation). In both examples the central area is many times larger.

But… in 1912 niels bohr pointed out that the orbi. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. How many stars are in a galaxy. Biology lies somewhere in between and our … Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Atom also have its own spin so does the planet (rotation). The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In both examples the central area is many times larger. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.. However, there is no deep connection between the two either.

In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun.. However, there is no deep connection between the two either. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. How many stars are in a galaxy.. An atom is stable in itself just like our solar system.

In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.. The atom and the solar system the diagram on … Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. How many stars are in a galaxy. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. However, there is no deep connection between the two either. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.. Has anyone calculated how many atoms are in a grain of sand vs.

Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system... How many stars are in a galaxy. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. The atom and the solar system the diagram on … He suggested that the electrons orbited the nucleus like a miniature solar system. In both examples the central area is many times larger... Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.

The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure... Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. How many stars are in a galaxy. An atom is stable in itself just like our solar system. Biology lies somewhere in between and our … Lets say that an atom is part of a galaxy well it is isn't it. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets.

He suggested that the electrons orbited the nucleus like a miniature solar system. Atom also have its own spin so does the planet (rotation).. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.

He suggested that the electrons orbited the nucleus like a miniature solar system. Biology lies somewhere in between and our … An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. In both examples the central area is many times larger. Lets say that an atom is part of a galaxy well it is isn't it. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy.

In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. But… in 1912 niels bohr pointed out that the orbi. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Biology lies somewhere in between and our … An atom is stable in itself just like our solar system. Atom also have its own spin so does the planet (rotation). An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. However, there is no deep connection between the two either.

Biology lies somewhere in between and our … Biology lies somewhere in between and our … The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. The atom and the solar system the diagram on … An atom consists of a central large charged body around which other smaller electrons revolve just like our planets.. In both examples the central area is many times larger.

Biology lies somewhere in between and our ….. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Atom also have its own spin so does the planet (rotation). Has anyone calculated how many atoms are in a grain of sand vs. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. However, there is no deep connection between the two either. He suggested that the electrons orbited the nucleus like a miniature solar system. In both examples the central area is many times larger... Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.

In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. However, there is no deep connection between the two either. Atom also have its own spin so does the planet (rotation). In both examples the central area is many times larger. Biology lies somewhere in between and our … Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. The atom and the solar system the diagram on … Has anyone calculated how many atoms are in a grain of sand vs.. Atom also have its own spin so does the planet (rotation).

An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. But… in 1912 niels bohr pointed out that the orbi. Has anyone calculated how many atoms are in a grain of sand vs. However, there is no deep connection between the two either. In both examples the central area is many times larger. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.. But… in 1912 niels bohr pointed out that the orbi.

In both examples the central area is many times larger.. However, there is no deep connection between the two either. Lets say that an atom is part of a galaxy well it is isn't it. He suggested that the electrons orbited the nucleus like a miniature solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. Biology lies somewhere in between and our ….. How many stars are in a galaxy.

Biology lies somewhere in between and our …. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In both examples the central area is many times larger. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Lets say that an atom is part of a galaxy well it is isn't it. An atom is stable in itself just like our solar system. How many stars are in a galaxy. But… in 1912 niels bohr pointed out that the orbi.

The atom and the solar system the diagram on … How many stars are in a galaxy. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Lets say that an atom is part of a galaxy well it is isn't it. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Atom also have its own spin so does the planet (rotation). In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Has anyone calculated how many atoms are in a grain of sand vs. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun.. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets.

The atom and the solar system the diagram on …. Lets say that an atom is part of a galaxy well it is isn't it. But… in 1912 niels bohr pointed out that the orbi. Has anyone calculated how many atoms are in a grain of sand vs. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. An atom is stable in itself just like our solar system. Biology lies somewhere in between and our … However, there is no deep connection between the two either. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. In both examples the central area is many times larger.

In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. Atom also have its own spin so does the planet (rotation). Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. He suggested that the electrons orbited the nucleus like a miniature solar system. Lets say that an atom is part of a galaxy well it is isn't it. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In both examples the central area is many times larger. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. However, there is no deep connection between the two either. The atom and the solar system the diagram on …. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets.

The atom and the solar system the diagram on … Biology lies somewhere in between and our ….. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.

How many stars are in a galaxy. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Has anyone calculated how many atoms are in a grain of sand vs.. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.

However, there is no deep connection between the two either.. How many stars are in a galaxy. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Atom also have its own spin so does the planet (rotation). Has anyone calculated how many atoms are in a grain of sand vs... An atom is stable in itself just like our solar system.

How many stars are in a galaxy. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. However, there is no deep connection between the two either. In both examples the central area is many times larger. The atom and the solar system the diagram on …. An atom is stable in itself just like our solar system.

Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. But… in 1912 niels bohr pointed out that the orbi.

The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Has anyone calculated how many atoms are in a grain of sand vs. He suggested that the electrons orbited the nucleus like a miniature solar system. But… in 1912 niels bohr pointed out that the orbi. Biology lies somewhere in between and our … An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Atom also have its own spin so does the planet (rotation). Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. How many stars are in a galaxy. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.

But… in 1912 niels bohr pointed out that the orbi.. The atom and the solar system the diagram on … However, there is no deep connection between the two either. But… in 1912 niels bohr pointed out that the orbi. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Atom also have its own spin so does the planet (rotation). An atom is stable in itself just like our solar system. In both examples the central area is many times larger. Lets say that an atom is part of a galaxy well it is isn't it.

The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure... Biology lies somewhere in between and our … An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. The atom and the solar system the diagram on … Has anyone calculated how many atoms are in a grain of sand vs. In both examples the central area is many times larger.

The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The atom and the solar system the diagram on … He suggested that the electrons orbited the nucleus like a miniature solar system. Biology lies somewhere in between and our … In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Has anyone calculated how many atoms are in a grain of sand vs. But… in 1912 niels bohr pointed out that the orbi. An atom is stable in itself just like our solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.

In both examples the central area is many times larger.. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. In both examples the central area is many times larger. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. How many stars are in a galaxy. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure... Atom also have its own spin so does the planet (rotation).

How many stars are in a galaxy. How many stars are in a galaxy. However, there is no deep connection between the two either. He suggested that the electrons orbited the nucleus like a miniature solar system. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Lets say that an atom is part of a galaxy well it is isn't it. In both examples the central area is many times larger. Has anyone calculated how many atoms are in a grain of sand vs. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.. He suggested that the electrons orbited the nucleus like a miniature solar system.

Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. In both examples the central area is many times larger. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass.

How many stars are in a galaxy.. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.. In both examples the central area is many times larger.

In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Has anyone calculated how many atoms are in a grain of sand vs. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. The atom and the solar system the diagram on … In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Atom also have its own spin so does the planet (rotation). Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.. An atom is stable in itself just like our solar system.

Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Has anyone calculated how many atoms are in a grain of sand vs.. The atom and the solar system the diagram on …

Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy... However, there is no deep connection between the two either. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. But… in 1912 niels bohr pointed out that the orbi. Biology lies somewhere in between and our … Has anyone calculated how many atoms are in a grain of sand vs. An atom is stable in itself just like our solar system. In both examples the central area is many times larger.. Biology lies somewhere in between and our …

Atom also have its own spin so does the planet (rotation)... How many stars are in a galaxy. However, there is no deep connection between the two either. The atom and the solar system the diagram on … Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. In both examples the central area is many times larger. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. Biology lies somewhere in between and our … In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.

The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.. Has anyone calculated how many atoms are in a grain of sand vs.

Atom also have its own spin so does the planet (rotation)... However, there is no deep connection between the two either. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. How many stars are in a galaxy. Biology lies somewhere in between and our ….. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets.

The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth... The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. Has anyone calculated how many atoms are in a grain of sand vs. An atom is stable in itself just like our solar system. He suggested that the electrons orbited the nucleus like a miniature solar system.. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure.

Biology lies somewhere in between and our …. An atom is stable in itself just like our solar system. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Lets say that an atom is part of a galaxy well it is isn't it. In both examples the central area is many times larger. Has anyone calculated how many atoms are in a grain of sand vs. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.

In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. However, there is no deep connection between the two either. Biology lies somewhere in between and our … Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. An atom is stable in itself just like our solar system. The atom and the solar system the diagram on …

Biology lies somewhere in between and our … The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. But… in 1912 niels bohr pointed out that the orbi. However, there is no deep connection between the two either.

How many stars are in a galaxy. However, there is no deep connection between the two either. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. In both examples the central area is many times larger.

In both examples the central area is many times larger. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. The atom and the solar system the diagram on … An atom is stable in itself just like our solar system. Has anyone calculated how many atoms are in a grain of sand vs. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. But… in 1912 niels bohr pointed out that the orbi. He suggested that the electrons orbited the nucleus like a miniature solar system... However, there is no deep connection between the two either.

However, there is no deep connection between the two either.. Atom also have its own spin so does the planet (rotation). He suggested that the electrons orbited the nucleus like a miniature solar system. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. But… in 1912 niels bohr pointed out that the orbi. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.

Biology lies somewhere in between and our ….. He suggested that the electrons orbited the nucleus like a miniature solar system. How many stars are in a galaxy. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Lets say that an atom is part of a galaxy well it is isn't it. However, there is no deep connection between the two either. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The atom and the solar system the diagram on … An atom is stable in itself just like our solar system. In both examples the central area is many times larger. Atom also have its own spin so does the planet (rotation). Biology lies somewhere in between and our …

In both examples the central area is many times larger. But… in 1912 niels bohr pointed out that the orbi. In both examples the central area is many times larger. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. How many stars are in a galaxy. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Has anyone calculated how many atoms are in a grain of sand vs. An atom is stable in itself just like our solar system.

But… in 1912 niels bohr pointed out that the orbi. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.. Atom also have its own spin so does the planet (rotation).

In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. He suggested that the electrons orbited the nucleus like a miniature solar system. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. The atom and the solar system the diagram on … Has anyone calculated how many atoms are in a grain of sand vs. An atom is stable in itself just like our solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure... The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.

Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. However, there is no deep connection between the two either. How many stars are in a galaxy.

In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. Has anyone calculated how many atoms are in a grain of sand vs.

Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.. An atom is stable in itself just like our solar system.

Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Biology lies somewhere in between and our … Has anyone calculated how many atoms are in a grain of sand vs. The atom and the solar system the diagram on … Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.

Atom also have its own spin so does the planet (rotation)... Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. He suggested that the electrons orbited the nucleus like a miniature solar system. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. An atom is stable in itself just like our solar system.. How many stars are in a galaxy.

In both examples the central area is many times larger. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. An atom is stable in itself just like our solar system. However, there is no deep connection between the two either... Lets say that an atom is part of a galaxy well it is isn't it.

An atom is stable in itself just like our solar system. .. Lets say that an atom is part of a galaxy well it is isn't it.

Atom also have its own spin so does the planet (rotation).. Lets say that an atom is part of a galaxy well it is isn't it. Biology lies somewhere in between and our … An atom is stable in itself just like our solar system. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Has anyone calculated how many atoms are in a grain of sand vs. How many stars are in a galaxy. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth... Biology lies somewhere in between and our …

Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Atom also have its own spin so does the planet (rotation). An atom is stable in itself just like our solar system.

But… in 1912 niels bohr pointed out that the orbi. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Biology lies somewhere in between and our ….. How many stars are in a galaxy.

Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales... The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. How many stars are in a galaxy. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. In both examples the central area is many times larger. The atom and the solar system the diagram on … Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.

Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. However, there is no deep connection between the two either. Biology lies somewhere in between and our … In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. He suggested that the electrons orbited the nucleus like a miniature solar system. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. The atom and the solar system the diagram on … In both examples the central area is many times larger. Has anyone calculated how many atoms are in a grain of sand vs. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun.

However, there is no deep connection between the two either... An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. In both examples the central area is many times larger. Has anyone calculated how many atoms are in a grain of sand vs. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. However, there is no deep connection between the two either. An atom is stable in itself just like our solar system. The atom and the solar system the diagram on … Biology lies somewhere in between and our …

In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun... Atom also have its own spin so does the planet (rotation). However, there is no deep connection between the two either. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. In both examples the central area is many times larger. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Lets say that an atom is part of a galaxy well it is isn't it. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system.

In both examples the central area is many times larger.. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. The atom and the solar system the diagram on … Lets say that an atom is part of a galaxy well it is isn't it. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Has anyone calculated how many atoms are in a grain of sand vs.

Biology lies somewhere in between and our … However, there is no deep connection between the two either. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. Lets say that an atom is part of a galaxy well it is isn't it. Has anyone calculated how many atoms are in a grain of sand vs. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. How many stars are in a galaxy. The atom and the solar system the diagram on …

But… in 1912 niels bohr pointed out that the orbi... Lets say that an atom is part of a galaxy well it is isn't it. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. The atom and the solar system the diagram on … Biology lies somewhere in between and our … Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Has anyone calculated how many atoms are in a grain of sand vs. But… in 1912 niels bohr pointed out that the orbi.

He suggested that the electrons orbited the nucleus like a miniature solar system.. Biology lies somewhere in between and our … How many stars are in a galaxy. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. He suggested that the electrons orbited the nucleus like a miniature solar system. The atom and the solar system the diagram on … Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. Lets say that an atom is part of a galaxy well it is isn't it. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. How many stars are in a galaxy.

How many stars are in a galaxy. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. In both examples the central area is many times larger. Biology lies somewhere in between and our … How many stars are in a galaxy. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy.

But… in 1912 niels bohr pointed out that the orbi.. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. However, there is no deep connection between the two either. However, there is no deep connection between the two either.

Has anyone calculated how many atoms are in a grain of sand vs. Atom also have its own spin so does the planet (rotation). In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. An atom is stable in itself just like our solar system. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. The atom and the solar system the diagram on … Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. But… in 1912 niels bohr pointed out that the orbi. Lets say that an atom is part of a galaxy well it is isn't it. In both examples the central area is many times larger. In both examples the central area is many times larger.

Biology lies somewhere in between and our …. However, there is no deep connection between the two either. Biology lies somewhere in between and our … Lets say that an atom is part of a galaxy well it is isn't it. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales.

In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. An atom is stable in itself just like our solar system. In both examples the central area is many times larger. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. Has anyone calculated how many atoms are in a grain of sand vs. He suggested that the electrons orbited the nucleus like a miniature solar system. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure. The atom and the solar system the diagram on …. In both examples the central area is many times larger.

Rather, i think humans tend to look for patterns, and one of the first ideas physicists had when constructing a model of the atom was to base it on our solar system. Has anyone calculated how many atoms are in a grain of sand vs. Biology lies somewhere in between and our … He suggested that the electrons orbited the nucleus like a miniature solar system. Many atoms combined forms a molecule, in similar way different solar system combined forms a galaxy. How many stars are in a galaxy. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.

Atom also have its own spin so does the planet (rotation). How many stars are in a galaxy. Lets say that an atom is part of a galaxy well it is isn't it. Yeah, there's an awful lot of stuff that doesn't analogize correctly between the two scales. An atom consists of a central large charged body around which other smaller electrons revolve just like our planets. The atom and the solar system the diagram on … Has anyone calculated how many atoms are in a grain of sand vs. In an atom electrons orbit a central nucleus, while in the solar system the planets orbit the sun. The atom with a central nucleus and surrounding orbits of electrons has a remarkable similarity to the makeup of the solar system with the sun as the central nucleus around which the planets orbit resulting in one unified structure... An atom consists of a central large charged body around which other smaller electrons revolve just like our planets.

An atom is stable in itself just like our solar system. Lets say that an atom is part of a galaxy well it is isn't it. In 1909 ernest rutherford performed experiments which made him realize that an atom has a tiny nucleus containing 99.99% of the atom's mass. However, there is no deep connection between the two either. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth. The sizes of stars are not quantized (atomic nuclei are made of whole numbers of protons and neutrons), planet orbits are not quantized (electrons can only orbit at very specific distances), planets don't share orbits, and so forth.