Are planets like atoms?

Nope. The planets don’t behave the same as electrons. Nor does the sun act like a nucleus (it isn’t a mass of protons, and neutrons). One more point to say planets are not electrons: We don’t have known examples in universe that matches molecules.

Whose atomic model is most similar to the solar system?

The most instantly recognizable image of an atom resembles a miniature solar system with the concentric electron paths forming the planetary orbits and the nucleus at the centre like the sun.

Are planets made of atoms?

While planets and stars today are composed of atoms of elements like hydrogen and silicon, scientists believe the universe back then was too hot for anything other than the most fundamental particles — such as quarks and photons. Where do planets like earth come from?

What differences do you see between the structure of the atom and the solar system?

Originally Answered: What is the difference between the solar system and an atomic structure? The only strong similarity is that most of the mass is near the center. Electrons do not behave like planets, other than having low mass compared to the nucleus. There is no equivalent to electron shells for planets.

Are atoms tiny universes?

So an atom, compared to you, is approximately as tiny as you are in comparison to the entire Solar System, combined. But that’s just for perspective. The 10^28 atoms that are existing-as-you-right-now each have their own story stretching back to the very birth of the Universe.

How do planets similar to the electrons?

Like a planet orbiting the sun, some ideas keep coming around. Whereas the planets orbit the sun in elliptical orbits, the electrons hover around the nucleus in diffuse cloud-like waves, known as orbitals, that describe only the probability of finding the electron at different places within the atom.

How are atoms of the same element similar and different?

ISOTOPES AND ATOMIC MASSES For many of the chemical elements there are several known isotopes. Isotopes are atoms with different atomic masses which have the same atomic number. The atoms of different isotopes are atoms of the same chemical element; they differ in the number of neutrons in the nucleus.