Assertion: resistor's power | /r/HasProperty | dissipated as heat
Facets:
value: at the top
type: LOCATION
value: in the resistor
type: LOCATION
Source sentences:
text: In other words, if a resistance is subjected to a voltage, or if it conducts a current, then it will always consume electrical power and we can superimpose these three quantities of power, voltage and current into a triangle called a Power Triangle with the power, which would be dissipated as heat in the resistor at the top, with the current consumed and the voltage across it at the bottom as shown.
text: As the power (P) dissipated as heat, depends on this voltage multiplied by the current (I), which will decrease due to the increase in resistance.