If you decrease the voltage, and also do not readjust the resistance, the existing will additionally decrease. Therefore, in order to decrease power, voltage need to be decreased.

Answer : If voltage is increased, and also no other alters are made, power will increase.

You are watching: Which statement correctly describes the relationship between power, voltage, and current?

Explanation :

The power of an electrical appliance is given by the three relationships : ............(1)  Where

I is the current flowing

R is the resistance offered

V is the voltage

The relationship between the power, voltage and the present is provided by equation (1).

Power is straight proportional to the voltage and the current.

So, the exactly statement is (B) " If voltage is increased, and no other transforms are made, strength will rise ".

"If voltage is increased, and no other transforms are made, power will certainly increase."That"s the correct choice from the list, but it doesn"t to speak anything around current.

The statemente "If voltage is increased, and no other changes are made, power will increase" describes the relationship in between power, voltage, and current.

Explanation:

The flow of electricity through an object, such as a cable, is known as existing (I). The unit of measure up is amps (A). Climate the present is a measure up of the rate at i m sorry the charge passes v a offered reference point in a stated direction.

The conductive pressure (electrical pressure) after ~ the circulation of a current is well-known as voltage and is measure in volts (V) (the voltage can also be referred to as the potential difference or electromotive force). That is, voltage is a measure up of the work compelled to relocate a fill from one suggest to another.

Power is the speed or speed with which energy is consumed. Energy being the volume of any kind of electrical device or maker to perform a job, strength can likewise be identified as the energy developed or consumed in a unit that time. The unit of measure up is the Watt. Because power is power per unit of time, 1 W equals 1 joule / second.

Watt"s law applies to electrical circuits and establishes the the electrical power P supplied by a circuit aspect is directly proportional to the product between the voltage the the power supply V of the circuit and the existing intensity i flowing with it.

Mathematically, Watt"s legislation expresses:

P = V.I

In the vault expression, girlfriend will be able to observe the if the voltage is increased and also other alters are no made, the is to say that the current I does not vary, the power will increase.

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The statemente "If voltage is increased, and also no other changes are made, power will increase" describes the relationship between power, voltage, and also current.