Battery shown in figure has 
.m.f. 
and internal resistance 
Current in the circuit can be varied by sliding the contact 
If at any instant current flowing through the circuit is 
potential difference between terminals of the cell is 
thermal power generated in the cell is equal to 
fraction of total electrical power generated in it.; then which of the following graphs is correct
.png)
a).png)
b).png)
c).png)
d)Both (a) and (b) are correct
.m.f. and internal resistance Current in the circuit can be varied by sliding the contact If at any instant current flowing through the circuit is potential difference between terminals of the cell is thermal power generated in the cell is equal to fraction of total electrical power generated in it.; then which of the following graphs is correctb)c)d)Both (a) and (b) are correctQuestion ID - 151141 | SaraNextGen Top Answer Battery shown in figure has .m.f. and internal resistance Current in the circuit can be varied by sliding the contact If at any instant current flowing through the circuit is potential difference between terminals of the cell is thermal power generated in the cell is equal to fraction of total electrical power generated in it.; then which of the following graphs is correct
a)b)c)d)Both (a) and (b) are correct
Battery shown in figure has .m.f. and internal resistance Current in the circuit can be varied by sliding the contact If at any instant current flowing through the circuit is potential difference between terminals of the cell is thermal power generated in the cell is equal to fraction of total electrical power generated in it.; then which of the following graphs is correct
a)b)c)d)Both (a) and (b) are correct
|
(d) Terminal voltage Thermal power generated in the external circuit Also at an instant, thermal power generated in the cell |
Hence the graph between 
and 
will be a straight line having negative slope and positive intercept.
Hence graph between 
and 
will be a parabola passing through origin.
and total electrical power generated in the cell 
Hence the fraction 
so
It means graph between 
and 
will be a straight line passing through origin