Recent content by Nigsia

In theory L=(-mkr_0(1+\alpha r_0)e^{-\alpha r_0})^{1/2}

Could you please give me another hint? I'm really struggling to get anything clear.

The potential is twice the kinetic, so \left| E\right| = \left| \frac{U}{2} \right| = \left| K \right|

Kinetic and potential.

I really don't know. Can you give me a hint?

I don't really know that formula. The only thing that I can think of is E=\frac{U}{2}

Do you mean that the Potential is twice the kinetic?

Okay, I have it differentiated. How do I find angular momentum? As far as I know, I only find the energy with what I've done.

Hello there! I was doing my Gravitation problems and I found this problem that I'm unable to solve. Yukawa's theory for nuclear forces states that the potential energy corresponding to the attraction force produced by a proton and a neutron is: U(r) = \frac{k}{r}e^{-\alpha r},\ k<0,\ \alpha > 0...