User Vercassivelaunos

1 vote

Expected Gaussian distribution on screen in Stern-Gerlach Experiment

answered Jul 13, 2020 at 6:05

1 vote

Trying to intuitively understand how temperature relates to entropy

answered Jul 30, 2020 at 21:12

1 vote

Accepted

Clarification on Work Done by Electrostatic Force Along Arbitrary Paths in Feynman's Lectures

answered Aug 21 at 7:00

1 vote

Why does interference pattern remain constant?

answered Feb 24 at 11:28

0 votes

Momentum conservation and collisions

answered Apr 20 at 10:25

0 votes

Why must a constraint force be normal?

answered Jun 4 at 20:19

0 votes

Can the age of the universe actually be calculated through Hubble's constant?

answered Aug 23 at 8:34

0 votes

What is the energy of a photon reflected off of a moving mirror?

answered Aug 25 at 16:04

0 votes

Will a different force act on particles with the exact same charge but different masses in a magnetic field?

answered Jul 30, 2020 at 7:29

0 votes

Accepted

Possible measurements of an observable described by an operator composed of two identical states

answered Jan 7, 2021 at 21:19

0 votes

Why is the effect of Coulomb's force the same on more than two charges?

answered Oct 25, 2020 at 8:24

0 votes

Direction of displacement

answered Sep 15, 2020 at 7:31

0 votes

Is Newton's gravitational acceleration centripetal instead of attractive?

answered Feb 11 at 11:34

0 votes

How can a system be in superposition when there’s a force associated with it?

answered Jul 21, 2023 at 6:06

0 votes

Isn't defining the unit of length in terms of the speed of light kind of faulty?

answered Jul 9, 2023 at 13:41

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45 Answers

Expected Gaussian distribution on screen in Stern-Gerlach Experiment

Trying to intuitively understand how temperature relates to entropy

Clarification on Work Done by Electrostatic Force Along Arbitrary Paths in Feynman's Lectures

Why does interference pattern remain constant?

Momentum conservation and collisions

Why must a constraint force be normal?

Can the age of the universe actually be calculated through Hubble's constant?

What is the energy of a photon reflected off of a moving mirror?

Will a different force act on particles with the exact same charge but different masses in a magnetic field?

Possible measurements of an observable described by an operator composed of two identical states

Why is the effect of Coulomb's force the same on more than two charges?

Direction of displacement

Is Newton's gravitational acceleration centripetal instead of attractive?

How can a system be in superposition when there’s a force associated with it?

Isn't defining the unit of length in terms of the speed of light kind of faulty?