--%>
Assignment Help - homework help

Find current in conductor of permanent magnet measurement

The pole faces of a permanent magnet measure 100 millimeter high by 200mm wide. This is needed to acquire an acceleration of 10ms-2 of a single length of current-carrying conductor that weighs 250gm-1 and is positioned vertically inside the magnetic field, passing horizontally by this. If the whole magnetic flux produced through the permanent magnet is 0.35Wb, Calculate the current needed in the conductor.

   Related Questions in Electrical Engineering

  • Q : Define multiplexing Illustrate briefly

    Illustrate briefly the term multiplexing?

    		•
  • Q : Estimate value-direction of currents

    The currents demonstrated in figure in below have the magnitudes as given here:  I1 = 1mA, I2 = 3.5mA, I3 = 2I4, I5 = 2mA, I6 = 0.5mA.

    Q : Benefits of spread spectrum technique

    State the benefits of the spread spectrum technique?

    		•
  • Q : Find out voltage across and current by

    Determine a Thevenin and a Norton Equivalent Model for the circuit demonstrated in figure given below. Find out, using the models, the voltage across and the current by the load resistance that is RL, and the power consumed through the load. Verify both models present

    		•
  • Q : Electric Circuits I have project due on

    I have project due on April 29,2014 at 8 pm. Let me know if you can do it.

    		•
  • Q : Significance of Cogeneration

    Significance of Cogeneration: It decreases energy costs and green house gas emissions usually by upto two-third. In addition to decreasing in cost, cogeneration too rises resource utilization. It provides major economic and environmental facilities si

    		•
  • Q : Determine an equivalent single value of

    Normal 0 false false

    		•
  • Q : Interrupts of 8051 micro controller

    Explain various interrupts of the 8051 micro controller?

    		•
  • Q : Synchronizing inverter using a

    I need some help with a project that I am doing. I am asked to make an inverter that can synchronise itself with a local power supply. The only information provided by my project supervisor was as follows: 1. Look at a method of cr

    		•
  • Q : Find out the value of phase for values

    For the electrode amplifier interface model outlined within given figure, illustrate that the maximum phase shift introduced within a signal at the amplifier interface happens at a frequency equivalent to the geometric mean of the pole and zero frequencies as √(

    		•