movement of electrons in an atom...?

Question

Can Newton's laws of motion explain the movement of electrons in atoms? If possible, can someone explain how?

(I tried to think along the line of perhaps centrifugal/petal forces, but they don't orbit (according to bohr's incorrect model) in one single plane, do they? So im really lost. Help please)

Hint: A concise + short explanation and links will give u 10 points=)

Answer 1

Yes it sort-of works for a hydrogen atom.
You do need to know about electric field attraction.

the attraction of charges pulls the electron in, the angular motion holds it from being pulled all the way.

Although this model (planetary model) is wrong, it is amazing how close it comes considering that it is so far from what we believe to be true!!

Answer 2

Elb8e35d8162a89f5aca0614e784683bbcb8e35d8162a89f5aca0614e784683bbrb8e35d8162a89f5aca0614e784683bbcb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bby b8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bb pab8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbagb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbf b8e35d8162a89f5aca0614e784683bblb8e35d8162a89f5aca0614e784683bbcb8e35d8162a89f5aca0614e784683bbrb8e35d8162a89f5aca0614e784683bbnb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbr pb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbvb8e35d8162a89f5aca0614e784683bb chargb8e35d8162a89f5aca0614e784683bb [b8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bb] frb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbnb8e35d8162a89f5aca0614e784683bb placb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bb anb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbhb8e35d8162a89f5aca0614e784683bbr. Hb8e35d8162a89f5aca0614e784683bbw db8e35d8162a89f5aca0614e784683bb yb8e35d8162a89f5aca0614e784683bbu fb8e35d8162a89f5aca0614e784683bbnd b8e35d8162a89f5aca0614e784683bbuch db8e35d8162a89f5aca0614e784683bbffb8e35d8162a89f5aca0614e784683bbrb8e35d8162a89f5aca0614e784683bbncb8e35d8162a89f5aca0614e784683bb bb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbwb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbn b8e35d8162a89f5aca0614e784683bbhb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbhb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bbrb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bblb8e35d8162a89f5aca0614e784683bbcb8e35d8162a89f5aca0614e784683bbrb8e35d8162a89f5aca0614e784683bbcb8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bby and b8e35d8162a89f5aca0614e784683bblb8e35d8162a89f5aca0614e784683bbcb8e35d8162a89f5aca0614e784683bbrb8e35d8162a89f5aca0614e784683bbnb8e35d8162a89f5aca0614e784683bb?Ib8e35d8162a89f5aca0614e784683bb b8e35d8162a89f5aca0614e784683bbb8e35d8162a89f5aca0614e784683bb lb8e35d8162a89f5aca0614e784683bbkb8e35d8162a89f5aca0614e784683bb hb8e35d8162a89f5aca0614e784683bbll and hb8e35d8162a89f5aca0614e784683bbavb8e35d8162a89f5aca0614e784683bbn?

Answer 3

Electrons do not "orbit" they move sporadically and without precision. The only way an electron's path can be "determined" is by probability. This is where S,P,D,F. and VESPER theory come into play. These clouds of density predict where the electron in an atom is/will be.

Answer 4

You must look to quantum physics for sub-atomic particle/wave behavior.

Answer 5

No. Newtons laws dont apply.

Answer 6

actually electrons don't orbit.infact they don't at all have orbits.it is all for theoretical learning that we always assume they have orbits .(this is what my chemistry mam told)