The magnetic flux through a circuit of resistance $$R$$ changes by an amount $$\Delta \varphi $$ in time $$\Delta t$$, Then the total quantity of electric charge $$Q$$, which passing during this time through any point of the circuit is given by [Haryana CEE 1996; CBSE PMT 2004]

Question

The magnetic flux through a circuit of resistance $$R$$ changes by an amount $$\Delta \varphi $$ in time $$\Delta t$$,  Then the total quantity of electric charge $$Q$$, which passing during this time through any point of the circuit is given by [Haryana CEE 1996; CBSE PMT 2004]

TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

$$Q=\frac{\Delta \varphi }{\Delta t}$$

TuteeHUB · Answer

$$Q=\frac{\Delta \varphi }{\Delta t}\times R$$

TuteeHUB · Answer

$$Q=-\frac{\Delta \varphi }{\Delta t}+R$$

TuteeHUB · Answer

$$Q=\frac{\Delta \varphi }{R}$$

1.	The magnetic flux through a circuit of resistance \[R\] changes by an amount \[\Delta \varphi \] in time \[\Delta t\], Then the total quantity of electric charge \[Q\], which passing during this time through any point of the circuit is given by [Haryana CEE 1996; CBSE PMT 2004]
A.	\[Q=\frac{\Delta \varphi }{\Delta t}\]
B.	\[Q=\frac{\Delta \varphi }{\Delta t}\times R\]
C.	\[Q=-\frac{\Delta \varphi }{\Delta t}+R\]
D.	\[Q=\frac{\Delta \varphi }{R}\]
Answer» E.

The magnetic flux through a circuit of resistance \[R\] changes by an amount \[\Delta \varphi \] in time \[\Delta t\], Then the total quantity of electric charge \[Q\], which passing during this time through any point of the circuit is given by [Haryana CEE 1996; CBSE PMT 2004]

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