What do you expect the voltage across the resistor to be? Is it close?What do you expect the voltage across the inductor+capacitor combination to be? Is it close?How can the voltage amplitude across the capacitor and inductor (individually) be larger than the input voltage? Wouldn't this contradict Kirchoff's laws, which says that the voltages have to add up to the input voltage? [Can this happen for a DC circuit with a single power supply? If so, how? If not, what's different?]

An impulse is the product of the on an object and time during which it is applied

While preforming an experiment involving a reaction between two chemicals the scientist observes that the reaction container has become warm the observation is an example of

An electron and a proton are held on an x axis, with the electron at x = + 1.000 m and the proton at x = - 1.000 m. part a how much work is required to bring an additional electron from infinity to the origin? express your answer with the appropriate units. part b if, instead of the second electron coming in from infinity, it is initially at x = + 20.00 m on the axis and is given an initial velocity of 100.0 m/s toward the origin, does it reach the origin? part c how close to the origin does it come?