Calculate the weight force that a body of mass 100 kg experiences on Earth. Calculate with g=9.81 N/Kg WHAT?! Can someone help me because even videos don't help me…..
Did I solve the function correctly for zero:
Hi everyone, can anyone help me with c)?
Hey, could someone please explain to me how regenerative braking works on a train with eddy current brakes?
I have a question about the following task: My question relates to the pressure p2, which is calculated in the solution as 3.45 bar. I'm not entirely sure why the pressure is calculated from the pressure in the empty hose plus the pressure of the water jet. Shouldn't the pressure p2 be equal to the…
I have to say my key question in physics tomorrow. It shouldn't be a "W" question, and it shouldn't have a yes-or-no answer. And it should be short. Would be very nice if someone suggested something ❤️
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The second equation tells you what physical variables the WERT of the inductance L is determined by. Note: L is the symbol for an inductance. The coil is a possible (mechanical) realization of L—but also includes, for example, an (unintentional) ohm resistance.
The first equation says something about the inherent prowes and the possibilities of use of an inductance: In this case, it is the induction of a voltage when the current changes through L. You can also change the equation so that the flowing current then depends (via an integral) on the voltage at the coil.
This formula calculates the self-induction voltage in a coil whose inductance L is. The self-induction voltage arises when the current intensity changes over time. A temporally constant current (dI/dt=0) does not generate a self-induction voltage.
LG H.