will rate, thanks! The output voltage of an AC generator is given by Av = (180...
The output voltage of an AC generator is given by Av = (160 V) sin (70nt). The generator is connected across a 11.0- resistor. (a) By inspection, what is the maximum voltage? 160 v (b) By inspection, what is the frequency? Hz (c) Find the rms voltage across the resistor. V (d) Find the rms current in the resistor. A (e) Find the maximum current in the resistor. А (f) Find the power delivered to the resistor. w (9) Find...
Will rate for answer with work! The output voltage of an AC generator is given by Av = (150 V)sin(70nt). The generator is connected across a 25.0-12 resistor. (a) By inspection, what is the maximum voltage? V (b) By inspection, what is the frequency? Hz (c) Find the rms voltage across the resistor. V (d) Find the rms current in the resistor. A (e) Find the maximum current in the resistor. A (f) Find the power delivered to the resistor....
The output voltage of an AC generator is given by ?v = (120 V) sin (50 ?t). The generator is connected across a 25.0-? resistor. (a) By inspection, what is the maximum voltage? V (b) By inspection, what is the frequency? Hz (c) Find the rms voltage across the resistor. V (d) Find the rms current in the resistor. A (e) Find the maximum current in the resistor. A (f) Find the power delivered to the resistor. W (g) Find...
The output voltage of an AC generator is given by Δv = (1.01 ✕ 102 V)sin(39πt). The generator is connected across a 0.500 H inductor. Find the following. (a) frequency of the generator Hz (b) rms voltage across the inductor V (c) inductive reactance Ω (d) rms current in the inductor A (e) maximum current in the inductor A (f) average power delivered to the inductor W (g) Find an expression for the instantaneous current. (Use the following as necessary:...
The output voltage of an AC generator is given by Δv = (1.18 ✕ 102 V)sin(31?t). The generator is connected across a 0.500 H inductor. Find the following.(a) frequency of the generator Hz(b) rms voltage across the inductor V(c) inductive reactance Ω(d) rms current in the inductor A(e) maximum current in the inductor A(f) average power delivered to the inductor W(g) Find an expression for the instantaneous current. (Use the following as necessary: t.)i=2.42·sin(31πt) (h) At what time after t = 0 does the instantaneous current first reach 1.00 A? (Use the inverse sine function.) Your response differs...
When an AC source is connected across a 23.0 12 resistor, the output voltage is given by AV = (160 V)sin(70st). Determine the following quantities. (a) peak voltage (b) rms voltage v (c) rms current (d) peak current (e) Find the current when t = 0.0045 s.
How was question (g) calculated? I keep trying to replicate my answer but I can't seem to come to the right answer! The output voltage of an AC generator is given by deltav = (100 V)sin(70Pit). The generator is connected across a 17.0-Ohm resistor. (a) By inspection, what is the maximum voltage? (b) By inspection, what is the frequency? (c) Find the rms voltage across the resistor. (d) Find the rms current in the resistor. (e) Find the maximum current...
An AC generator with an output rms voltage of 42 V at a frequency of 60 Hz is connected across a 3 µF capacitor. Find the following. (a) capacitive reactance ____Ω (b) rms current _____ A (c) maximum current in the circuit ___ A
Write an expression for the instantaneous voltage ?(?) delivered by an ac generator supplying 130 V rms at 60 Hz. Assume the voltage is 0 at time ?=0, and leave the factors in exact form; do not round their values. Write the argument of the sinusoidal function to have units of radians, but omit the units.
Write an expression for the instantaneous voltage ?(?) delivered by an ac generator supplying 110 V rms at 70 Hz. Assume the voltage is 0 at time ?=0, and leave the factors in exact form; do not round their values. Write the argument of the sinusoidal function to have units of radians, but omit the units.