Question

Parallel combination of resistance is used to....... Resistance is a circuit

Answer 1

Explanation:

Parallel Combination

Resistances are said to be in parallel if potential across each resistance is same and equal to applied potential. Current through each resistance is different and is inversely proportional to resistance of resistor. The parallel combination obeys the conservation of charge

Answer 2

The potential difference across all of the resistors is the same when two or more resistors are linked in parallel.

• A resistor is a passive two-terminal electrical component used in circuits to implement electrical resistance. Within circuits, resistors lower voltage levels and reduce current flow. To restrict the flow of charges within a circuit, most circuits frequently use multiple resistors. Series and parallel resistor configurations are the two most straightforward.
• When the voltage is uniform across all of the resistors, two or more resistors are said to be linked in parallel. When branches in such circuits come together at a common location, the current is split off and then recombined. In a parallel circuit, it is simple to connect or disconnect a resistor or any other component without affecting the other components.
• The potential difference across all of the resistors is the same when two or more resistors are linked in parallel.

Hence, the potential difference across all of the resistors is the same when two or more resistors are linked in parallel.

Learn more here

https://brainly.in/question/12722329

#SPJ5