For driving voltage V = Vm sin $ \omega $t, the current through the resistor is:
A)Vm sin ($ \omega $t + $\phi$ )
B)Vm cos ($ \omega $t + $\phi$ )
C)sin ($ \omega $t + $\phi$ )
D)sin ($ \omega $t + $\phi$ )
E)sin $ \omega $t

Question

For driving voltage V = Vm sin $ \omega $t, the current through the resistor is: 
A)Vm sin ($ \omega $t + $\phi$ ) 
B)Vm cos ($ \omega $t + $\phi$ ) 
C)sin ($ \omega $t + $\phi$ ) 
D)sin ($ \omega $t + $\phi$ ) 
E)sin $ \omega $t

Quizplus · Accepted Answer

The Answer of For driving voltage V = Vm sin $ \omega $t, the current through the resistor is: 
A)Vm sin ($ \omega $t + $\phi$ ) 
B)Vm cos ($ \omega $t + $\phi$ ) 
C)sin ($ \omega $t + $\phi$ ) 
D)sin ($ \omega $t + $\phi$ ) 
E)sin $ \omega $t

For Driving Voltage V = Vm Sin ω \omega ω T, the Current Through the Resistor Is: A)Vm Sin

For Driving Voltage V = Vm Sin $\omega$ T, the Current Through the Resistor Is:
A)Vm Sin