व्हीटस्टोन सेतु की चार भुजाओ ( चित्र 3 .26 ) के प्रतिरोध निम्नवत है :
`AB= 100Omega ,BC = 10 Omega ,CD=5 Omega ` तथा `DA=60 Omega `

The four arms of a Wheatstone bridge (Fig. 3.26) have the following resistances: AB = 100 Omega, BC = 10 Omega, CD = 5Omega, and DA = 60Omega . A galvanometer of 15W resistance is connected across BD. Calculate the current through the galvanometer when a potential difference of 10 V is maintained across AC.

The four arms of a Wheatstone bridge (Fig. 3.26) have the following resistances: AB = 100 Omega, BC = 10 Omega, CD = 5Omega, and DA = 60Omega . A galvanometer of 15W resistance is connected across BD. Calculate the current through the galvanometer when a potential difference of 10 V is maintained across AC.

The four arms of a Wheatstone bridge have the following resistance : AB = 100 Omega, BC = 10 Omega, CD = 5 Omega , and DA = 60 Omega A galvanometer of 15 Omega resistance is connected across BD. Calculate the current through the galvanometer when a potential difference of 10 V is maintained across AC.

In the figure shown, what is the current (in Ampere) drawn from the battery? You are given: R _ 1 = 15 Omega, R _ 2 = 10 Omega, R _ 3 = 20 Omega, R _4 = 5 Omega, R _ 5 = 25 Omega , R _ 6 = 30 Omega, E = 15 V

Select the correct answer out of the options given against each question and write in the box provided on rigth hand side bottom: In the circuit AB = 6Omega, " " BC = 3Omega, " "CD = 6Omega, " " DA = 12Omega, " "G = 10Omega , Current through galvanometer is

The four arma os a Wheatstone bridge have the following resistances: AB =100Omega, BC =10 Omega, CD=5Omega and DA=60Omega A galvanometer of 15Omega resistacne is connected across BD. Calculate the current through the galvanometer when a potential difference of 10 V is maintained across AC.

The four arms as a Wheatstone bridge have the following resistances: AB =100Omega, BC =10 Omega, CD=5Omega and DA=60Omega A galvanometer of 15Omega resistacne is connected across BD. Calculate the current through the galvanometer when a potential difference of 10 V is maintained across AC.