Question

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Answer 1

Explanation:

1)The electrical resistivity is the electrical resistance per unit length and per unit of cross-sectional area at a specified temperature. The SI unit of electrical resistivity is the ohm⋅metre .

2)In series combination, they will have equal value of electric current.

3)The resistors are connected in parallel. In a parallel combination, the voltage across each resistor remains the same.

4)Series arrangement in an electronic circuit, increases the all-over resistance. That's why the electricity flow in the series arrangement is much more less than the parallel arrangement. ... That's why we don't use the series arrangement in the household electrical circuits.

5) Maximum effective resistance is total possible resistance of the circuit (series combination is used to increase resistance)

Minimum effective resistance is the least possible resistance of the circuit (parallel combination is used to decrease resistance)

6) where is the circuit???

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Answer 2

Explanation:

1)The electrical resistivity is the electrical resistance per unit length and per unit of cross-sectional area at a specified temperature. The SI unit of electrical resistivity is the ohm⋅metre .

2)In series combination, they will have equal value of electric current.

3)The resistors are connected in parallel. In a parallel combination, the voltage across each resistor remains the same.

4)Series arrangement in an electronic circuit, increases the all-over resistance. That's why the electricity flow in the series arrangement is much more less than the parallel arrangement. That's why we don't use the series arrangement in the household electrical circuits.

5) Maximum effective resistance is total possible resistance of the circuit (series combination is used to increase resistance)

                                                                    Minimum effective resistance is the least possible resistance of the circuit (parallel combination is used to decrease resistance)                                                                                                 6) where is the circuit?