[" The graph shows variation of I with "f" for a "],[" series R-L-C network.Keeping "L" and "C],[" constant.If "R" decreases : "]

At resonance in series R-L-C circuit

Draw the graph showing the variation of reactance of (a) C and (b) L with frequency v of an A.C circuit.

The graph shows the variation of l nR v//s (1)/(T^(2)) , where R is resistance and T is temperature. Then find R as function T .

The graph shows the variation of l nR v//s (1)/(T^(2)) , where R is resistance and T is temperature. Then find R as function T .

The figure shows variation of R,X_(L) and X_(C) with frequency f in a series L,C,R circuit. Then for what frequency point, the circuit is inductive ?

At resonance of the given series R-L-C circuit:

The figure shows the variation of photocurrent with anode potential for a photosensitve surface for three different radiations. Let l_a, l_b and l_c be the curves a, b and c, respectively (a) f_a = f_b and l_a != l_b (b) f_a = f_c and l_a = l_c (c ) f_a = f_b and l_a = l_b (d) f_b = f_c and l_b = l_c

The figure shows the variation of photocurrent with anode potential for a photosensitve surface for three different radiations. Let l_a, l_b and l_c be the curves a, b and c, respectively (a) f_a = f_b and l_a != l_b (b) f_a = f_c and l_a = l_c (c ) f_a = f_b and l_a = l_b (d) f_b = f_c and l_b = l_c

The figure shows variation of R, underset(L)(X) and underset(C )(X) with frequency f in a series L, C , R circuit . Then , for what frequency point, the circuit is inductive?