Answer:
The statemente <u><em>"If voltage is increased, and no other changes are made, power will increase"</em></u> describes the relationship between power, voltage, and current.
Explanation:
The flow of electricity through an object, such as a cable, is known as current (I). Its unit of measure is amps (A). Then the current is a measure of the speed at which the charge passes through a given reference point in a specified direction.
The conductive force (electrical pressure) after the flow of a current is known as voltage and is measured in volts (V) (the voltage can also be referred to as the potential difference or electromotive force). That is, voltage is a measure of the work required to move a load from one point to another.
Power is the speed or speed with which energy is consumed. Energy being the capacity of any electrical mechanism or device to perform a job, power can also be defined as the energy developed or consumed in a unit of time. Its unit of measure is the Watt. Since power is energy per unit of time, 1 W equals 1 joule / second.
Watt's law applies to electrical circuits and establishes that the electrical power P supplied by a circuit element is directly proportional to the product between the voltage of the power supply V of the circuit and the current intensity I flowing through it.
Mathematically, Watt's law expresses:
P = V.I
In the previous expression, you will be able to observe that if the voltage is increased and other changes are not made, that is to say that the current I does not vary, the power will increase.
<u><em>The statemente "If voltage is increased, and no other changes are made, power will increase" describes the relationship between power, voltage, and current.</em></u>
