268239
To supply maximum current, cells should be arrange in
1 series
2 parallel
3 Mixed grouping
4 depends on the internal and extemal resistance
Explanation:
Current Electricity
268240
The terminal Pd of a cell is equal to its emf if
1 external resistance is infinity
2 internal resistance is zero
3 both 1 and 2
4 internal resistance is \(5 \Omega\)
Explanation:
Current Electricity
268241
The electric power transfered by a cell to an external resistance is maximum when the external resistance is equal to ...(r internal resistance)
1 \(\frac{r}{2}\)
2 \(2 r\)
3 \(r\)
4 \(r^{2}\)
Explanation:
Current Electricity
268242
Which depolarizers are used to neutralizes hydrogen layer in cells
268239
To supply maximum current, cells should be arrange in
1 series
2 parallel
3 Mixed grouping
4 depends on the internal and extemal resistance
Explanation:
Current Electricity
268240
The terminal Pd of a cell is equal to its emf if
1 external resistance is infinity
2 internal resistance is zero
3 both 1 and 2
4 internal resistance is \(5 \Omega\)
Explanation:
Current Electricity
268241
The electric power transfered by a cell to an external resistance is maximum when the external resistance is equal to ...(r internal resistance)
1 \(\frac{r}{2}\)
2 \(2 r\)
3 \(r\)
4 \(r^{2}\)
Explanation:
Current Electricity
268242
Which depolarizers are used to neutralizes hydrogen layer in cells
NEET Test Series from KOTA - 10 Papers In MS WORD
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Current Electricity
268238
When cells are arranged in series
1 the current capacity decreases
2 The current capacity increases
3 the erff increases
4 the enf decreases
Explanation:
Current Electricity
268239
To supply maximum current, cells should be arrange in
1 series
2 parallel
3 Mixed grouping
4 depends on the internal and extemal resistance
Explanation:
Current Electricity
268240
The terminal Pd of a cell is equal to its emf if
1 external resistance is infinity
2 internal resistance is zero
3 both 1 and 2
4 internal resistance is \(5 \Omega\)
Explanation:
Current Electricity
268241
The electric power transfered by a cell to an external resistance is maximum when the external resistance is equal to ...(r internal resistance)
1 \(\frac{r}{2}\)
2 \(2 r\)
3 \(r\)
4 \(r^{2}\)
Explanation:
Current Electricity
268242
Which depolarizers are used to neutralizes hydrogen layer in cells
268239
To supply maximum current, cells should be arrange in
1 series
2 parallel
3 Mixed grouping
4 depends on the internal and extemal resistance
Explanation:
Current Electricity
268240
The terminal Pd of a cell is equal to its emf if
1 external resistance is infinity
2 internal resistance is zero
3 both 1 and 2
4 internal resistance is \(5 \Omega\)
Explanation:
Current Electricity
268241
The electric power transfered by a cell to an external resistance is maximum when the external resistance is equal to ...(r internal resistance)
1 \(\frac{r}{2}\)
2 \(2 r\)
3 \(r\)
4 \(r^{2}\)
Explanation:
Current Electricity
268242
Which depolarizers are used to neutralizes hydrogen layer in cells
268239
To supply maximum current, cells should be arrange in
1 series
2 parallel
3 Mixed grouping
4 depends on the internal and extemal resistance
Explanation:
Current Electricity
268240
The terminal Pd of a cell is equal to its emf if
1 external resistance is infinity
2 internal resistance is zero
3 both 1 and 2
4 internal resistance is \(5 \Omega\)
Explanation:
Current Electricity
268241
The electric power transfered by a cell to an external resistance is maximum when the external resistance is equal to ...(r internal resistance)
1 \(\frac{r}{2}\)
2 \(2 r\)
3 \(r\)
4 \(r^{2}\)
Explanation:
Current Electricity
268242
Which depolarizers are used to neutralizes hydrogen layer in cells