Function equation physics, I(t)?
Hello,
I seem to have forgotten the unit in the function equation and the documentation is missing.
Can someone please tell me which unit should go there? And how I should have done the documentation. Task 1.
Hello, first of all I will briefly outline the task that we are supposed to work on for a short presentation. Protons with negligible initial velocity are accelerated to an energy of 70 MeV by a linear accelerator. The frequency of the accelerating AC voltage is 200 MHz. For simplicity, the voltage between the drift…
I didn't buy it just to be safe. It has almost the same ingredients as Haribo Smurfs, which are also vegetarian or vegan (but above all, kasher). I certainly didn't find the word gelatin, which strongly suggests that it doesn't contain any unclean animals. And does this vegetarian seal mean that there are de facto…
Hello, what does this "cross" above any operator A mean? I know what it does and why it's used. I just want to know the name. Thanks in advance!
Black holes do exist, and this has been proven. But have white holes also been discovered?
I'm stuck on this task right now. Is my approach wrong and how else can I proceed?
I have a test tomorrow and need to know if my writing is good
(b) you should write where this function equation comes from… Because on the basis of your question about the unit that belongs to it, you did not understand the “building up” of the exponential function.
Generally speaking, f(t)=a * q^t, with a=start value at t=0, q=growth factor and t=time.
Therefore, I am also surprised that the teacher is the 49,07 μ has not complained… Since the start value is clearly 50 μA! And with 49.07 * 0.97^t, with the resulting functional values, one is relatively far away from the measured values – that is “clearly” more precisely, for example with I(t)=50 * 0.96468^t (determined with the values for t=0 and t=30).