Asked by Anton
                A 100 gram resistive slider (thick line) moves without friction along a vertical U-shaped conducting track (thin line) that is 50 centimeters wide in a magnetic field of 5 Tesla as shown. The slider's resistance is 20 Ohms. It falls under the influence of gravity. What is the terminal velocity of the slider in meters/second? Assume it can reach terminal velocity before it falls off
            
            
        Answers
                    Answered by
            jhkjh
            
    3.5
    
                    Answered by
            R3z0l
            
    The answer is 3.864
You can find it by solving the differential equation.
    
You can find it by solving the differential equation.
                    Answered by
            fima
            
    for me it was  3.2, I think data are variables. 
By the way, have you done question 4? because I did
B=uo N/L I,
I from the 3rd quest. but for "a big t" and N/L= loop density, but that wans't the aswer, any hint?
    
By the way, have you done question 4? because I did
B=uo N/L I,
I from the 3rd quest. but for "a big t" and N/L= loop density, but that wans't the aswer, any hint?
                    Answered by
            Anonymous
            
    3.864
    
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