Question

@empty

Answer 1

I made a post cause I had odd number questions asked and that looked gross

Answer 2

cool let's check it out

Answer 3

Now find the force law for a central force field that allows a particle to move in a logarithmic spiral orbit given by \[r = k e^{\alpha \theta}\], where k and alpha are constants

Answer 4

I guess I should give you some things that will help you lol, \[\frac{ d^2 }{ d \theta ^2 } \left( \frac{ 1 }{ r } \right)+\frac{ 1 }{ r } = -\frac{ \mu r^2 }{ l^2 }F(r)\] it's pretty easy actually

Answer 5

lol what is all of this I've never seen this before

Answer 6

O

Answer 7

This is a university physics I assume?

Answer 8

Fansy stuff hitting the fan

Answer 9

This has to do with central force motion, I just assume you know everything

Answer 10

empty like my soul

Answer 11

I know the centripetal acceleration but never heard of central force

Answer 12

Err this will take some time to explain

Answer 13

I say we shoot each other with physics knowledge

Answer 14

I am although a classical physicist

Answer 15

I could probably figure this out but I feel like there's some method of doing this or reason for doing this.

Answer 16

There is reason for everything

Answer 17

Especially physics is a process of becoming a god

Answer 18

Haha cool so what about chemistry?

Answer 19

Chemistry is more earthy application based study

Answer 20

there is nothing theoretical about it whereas physics most are

Answer 21

Oh what do you know about chemistry?

Answer 22

empirical vs theoretical

Answer 23

Chemistry is all knowable

Answer 24

What does that mean?

Answer 25

Everything is empirical in chemistry

Answer 26

Physics mostly rely on the unreasonable effectiveness of mathematics at explaining the physical phenomena.

Answer 27

anyway let's get down to the central force business

Answer 28

Hahaha "Everything is empirical in chemistry"

Answer 29

I'll be damned if there aren't 8 things listed here: https://en.wikipedia.org/wiki/Theoretical_chemistry#Branches_of_theoretical_chemistry

Answer 30

central force depends on the distance between spherically symmetric object and the object being pondered

Answer 31

It has to do with the motion of a system consisted of two bodies affected by a force that is directed along the line connecting the centres of the two bodies, this is the central force.