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What are two limitations of using a marble to model an atom?

A. The model is not made of commonly available materials or

objects

B. The model does not move or behave like a real atom.

C. The model does not show the true size of an atom.

D. The model is much harder to see than a real atom.

SUBMIT

Respuesta :

btunie33

Answer:

C. The model does not show the true size of an atom.

Explanation:

The model can be described or explained as a physical representation of an unseen or yet to build structure or substance. The model will show the aim of the people that want to create a thing.

In this sense, the limitation of a model is that it will not actually give you the true size of the thing it is being used to represent. This means that it won't give the through size of the atom.

michell96

If I use marble to model an atom, I will have limitations such as B. The model does not move or behave like a real atom, and C. The model does not show the real size of an atom.

An atom is

  • The smallest unit that makes up all matter.
  • Its size is about 100 pm (ten billionths of a meter).
  • They constitute the solid, liquid, gaseous, and plasma states of matter.

Atoms are made up of three subatomic particles that are protons, electrons, and neutrons. As long as the neutrons and protons are in the nucleus. Electrons orbit around the atom.

According to the above, if I use marble to model an atom, it will not show characteristics of the atom such as:

  • Its real size (option C)
  • The orbital motion of electrons (option B)

Learn more in: https://brainly.com/question/1566330

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