In L-R circuit l=l_(0)[1-e^(-t//lamda)] Here l= electric current in the circuit. Then
Figure shows currents in a part of an electric circuit, then current l is
L-6 to L-9
In parallel L-C circuit current from the source is 1 A and current from the inductor is 0.6 A . The current from capacitor is
If l_(1),l_(2) and l_(3) are the orders of the currents through our nerves, domestic appliances and average lightening, then the correct order of currents is (1) l_(1) gt l_(2) gt l_(3) (2) l_(1) gt l_(3) gt l_(2) (3) l_(1) lt l_(2) lt l_(3) (4) l_(1) = l_(2) = l_(3)
If C,R,L and I denot capacity resitance, inductance and electric current respecitively, the quantities having the same dimensions of time are (a) CR , (b) L//R , (c) sqrt(L//C) , (d) LI^(2)
The dimensionally correct expression for the resistance R among the following is [P = electric power, l = electric current, t = time, V = volatge and E = electric energy]
