Calculate the radius of the coil

Reference no: EM13488482

1) A circular coil with one turn is in a perpendicular (time dependent) magnetic field given by B = 1.400 - 0.0500 t Tesla, where time t is in seconds. The induced voltage in the loop is 3.03V. Calculate the radius of the coil.

2) A different 230 turn conducting coil with a radius of 10.7cm rotates at a frequency of f = 65.0Hz in a magnetic field B = 0.160T. Calculate the generated rms emf. The rms (root-mean-square) value of a sinusoidal quantity is the amplitude divided by root of 2.

Reference no: EM13488482

Questions Cloud

Explain an electron in a ground state cobalt : Which of the following combinations of quantum numbers can refer to an electron in a ground state cobalt

Relation to company profitability and financial stability : What do these ratios show in relation to the company's profitability and financial stability?

What is the maximum voltage of the generator : The maximum current in a 26?F capacitor connected to an ac generator with a frequency of 110Hz is 0.15 A. What is the maximum voltage of the generator

Explain chlorine to form mcl2 and with oxigen to form mo2 : 6-An element M reacts with chlorine to form MCL2 and with oxigen to form MO2 and with nitrogen to form the most likely candidate for the element is (a) LI (b) Mg (c) Al (d) SI 7- which species does not have an octet of electron for its outer core

Calculate the radius of the coil : A circular coil with one turn is in a perpendicular (time dependent) magnetic field given by B = 1.400 - 0.0500 t Tesla, where time t is in seconds. Calculate the radius of the coil

Prepare management accounting information : Prepare and hand in a Project Proposal that includes the nature of the project, the sources of information you plan to use, and the most important concepts and techniques to be applied.

Determine the rms voltage across the inductor : The rms current in an RL circuit is 0.32A when it is connected to an ac generator with a frequency of 60Hz and an rms voltage of 25V. Find the rms voltage across the inductor

Explain the more polar solvent : At room temperature benzoic acid dissolves in the less polar solvent, ether, but not very much in the more polar solvent, water. However, the deprotonated species, the benzoate ion, dissolves in water but not ether. What does this tell you about t..

At what frequency is this circuit in resonance : Consider an RLC circuit with R = 150? , L = 597mH , and C = 0.260?F, At what frequency is this circuit in resonance

User Account

All Pages