e diagrams below show regions of equipotential. 20V 40V 20V 40V 10 V 30V 10 V - 1117 -->> TITE - 3) 30V c) A

In the figure shown, the reading of voltmeters are V_1 = 40 V, V_2 = 40 V and V_3 = 1 0 V . Find (a) the peak value of current (b) the peak value of emf (c) the value of L and C .

In the figure shown, the reading of voltmeters are V_1 = 40 V, V_2 = 40 V and V_3 = 1 0 V . Find (a) the peak value of current (b) the peak value of emf (c) the value of L and C .

Consider the graph given in figure . Which of the following options does not show instantaneous rate of reaction at 40 ? (a) (V_(5)-V_(2))/(50-30) (b) (V_(4)- V_(2))/(50-30) (c) (V_(3)- V_(2))/(40-30) (d) (V_(3)- V_(1))/(40-20)

Two parallel plates are of potential -20V and +40V .If the separation between them is 4cm .The electric field between them is?

In the circuit, the battery is ideal. A voltmeter of inifinite resistance is connected in turn across R_1 and R_2 , giving reading of V_1 and V_2 respectively. . (i) V_1 = 80 V (ii) V_1 = 60 V (iii) V_2 = 30 V (iv) V_2 = 40 V .

The work done against electric in increasing the potential difference of a condenser from 20 V to 40 V is W. The work done in increasing its potential difference from 40 V to 50 V will be

The work done against electric in increasing the potential difference of a condenser from 20 V to 40 V is W. The work done in increasing its potential difference from 40 V to 50 V will be