Shown in the figure below is a generator being used to power a resistor. The generator consists of a loop with 220 coils spinning at a frequency of 66 Hz in a magnetic field of 7.9e-03 Tesla. Each loop of ASK YOUR TEACHER the coil is shaped like a circle with a radius of 0.24 meters. The resistor has a resistance of 3.30 Ohms. N Loops R Radius B Tesla f Hz Generator Determine all the following • The PEAK voltage produced by the generator, VPEAK [ • The RMS voltage produced by the generator, VRMS • The PEAK current, IPEAK Amps Amps The RMS current, IRMS The average power dissipated by the resistor, P = Submit Answer R Volts Volts Watts MY NOTES

Shown in the figure below is a generator being used to power a resistor. The generator consists of a loop with 220 coils spinning at a frequency of 66 Hz in a magnetic field of 7.9e-03 Tesla. Each loop of ASK YOUR TEACHER the coil is shaped like a circle with a radius of 0.24 meters. The resistor has a resistance of 3.30 Ohms. N Loops R Radius B Tesla f Hz Generator Determine all the following • The PEAK voltage produced by the generator, VPEAK [ • The RMS voltage produced by the generator, VRMS • The PEAK current, IPEAK Amps Amps The RMS current, IRMS The average power dissipated by the resistor, P = Submit Answer R Volts Volts Watts MY NOTES

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Numerical 5
Magnitude and direction of an induced emf may be obtained by applying a. Faraday's law, b. Ampere's law c. Lenz's law d. Kirchhoff's 2nd law O (a) and (b) O (b) and (d) O (b) and (c) O (a) and (c)
student experimenting with magnets turns a circular loop of wire of radius 4.0 cm from a horizontal position to a vertical position in between a 0.17-T horseshoe magnet Calculate the change in magnetic fux through the circular loop
None
Indicate the direction of the induced current in the loop while the current through the straight conductor is increasing. a) clockwise b) counter clockwise c) no induced charge d) not enough information
PLSS ANSWER WITHIN 8MINS An electric field of 185 x10-6 VIm is induced within the loop of long solenoid with cross sectional area of 3.18 cm2. The radius of the loop is 3.31 cm. Calculate the number of turns if the current in the winding is increasing at a rate of 87 A/s. • Final answer should be expressed in two (2) decimal places. Round up or down accordingly. • For the final answer, please write/include the unit, express you answer in "Turns"
Questions is in the picture, thanks
L5 Please help thank you
7
to search 20 field intensity. H. magnetic flux density B the inductance I of the coil. and V € Vz ttl ---- Derive the expressions of the electric field E voltage V, and Capacitance C of the Cylindrical Capacitor, in terms of the variables 2, a, b l and Ep Radial distance from Center is S W 2-.-. 41°F Sunny
1. What is the direction of the induced current when the North Pole is move away from the coil? Explain your answer 2. What is the direction of the induced current when the North Pole is is approaching the coil? Explain your answer
G5