In heating effect, if ‘I’ is the current flowing through the conductor in ‘t’ seconds having a resistance ‘R’, then the electrical energy supplied is _________.

Correct option is A

$$\text{Given:} \\[4pt]\bullet I = \text{Current flowing through the conductor} \\[4pt]\bullet t = \text{Time in seconds} \\[4pt]\bullet R = \text{Resistance of the conductor} \\[8pt]\text{The electrical energy supplied in the heating effect is given by:} \\[6pt]E = I^2 R t \\[8pt]\text{Where:} \\[4pt]E = \text{Electrical energy supplied (in joules)} \\[4pt]I = \text{Current (in amperes)} \\[4pt]R = \text{Resistance (in ohms)} \\[4pt]t = \text{Time (in seconds)}$$​​