Recent content by ninjaduck

In the picture is what I have so far. Not sure if correct or not.

Homework Statement Find the differential of axb Homework EquationsThe Attempt at a Solution Really not sure where to start, honestly. Thanks in advance :)

Would you mind if I asked that now?

Virtual, but still there and still existent surely. What happens to the photon? I'm just going to research the pion question. Residual force, colourless states, colour structures...

Protons are in very close proximity with each other in a nucleus. This means there is constant electromagnetic interaction, of which the exchange particle is a photon. What determines the wavelength of this exchange photon? How do they exist in the nucleus: constantly being emitted, or staying...

Wow I think I've been describing the upper line as the heating curve, and the straight line as the cooling curve. EDIT: So as the bulb is cooling rapidly, the R in I = V/R is decreasing rapidly but in proportion to V? So there is a straight horizontal line until R reaches a minimum value and V...

But how does this show hysteresis?

You assume I'm one of those people who wants the answer all laid out, well I'm not I was taken through the question on reddit, and I've been told I have the correct answer, but I don't know why. I'm not looking for the answer but I want to know how I would find it. The deadline is in a week...

I'm still lost on hysteresis. For c) I would suppose the gradient denotes the resistance, because I =V/R

The question I've been given this question by a teacher and I'm clueless as to what b) and c) are. Could you please help? I would really appreciate it. The prize is a place to see a lecture on quantum simulation at our local University. Thank you :)