Solve

Guides

0

You visited us 0 times! Enjoying our articles? Unlock Full Access!

Question

If 100 volts of potential difference is applied between a and b in the circuit of figure (31 - W2a), find the potential difference between c and d.

Open in App

Solution

Verified by Toppr

Across a and b $= 100 V$
Across c and d $= \frac{100}{3} V$
=33.33 V

Was this answer helpful?

2

Similar Questions

Q1

If 100 volts of potential difference is applied between a and b in the circuit of figure (31 - W2a), find the potential difference between c and d.

View Solution

Q2

If

100 v o l t s

of potential difference is applied between a and b in the circuit of given figure. Find the potential difference (in

V

) between c and d.

View Solution

Q3

If

100 volts

of potential difference is applied between

^{'} a^{'}

and

^{'} b^{'}

in the circuit shown in the figure. The potential difference between '

c

' and '

d

' will be (Given

V_{a} > V_{b})

.

View Solution

Q4

In the circuit shown in figure, a potential difference of

60 V

is applied between a and b. The potential difference between the points c and d ( in Volts) is

View Solution

Q5

The Figure represents a part of a closed circuit. The potential difference in volts between the points A and B i.e.

V_{A} - V_{B}

is______

View Solution