Problem Analysis:
We need to calculate the heat generated when a specific amount of charge moves across a given potential difference. The key quantities provided are:
The heat generated (which is equivalent to the electrical energy transferred) when a charge \(Q\) moves through a potential difference \(V\) is given by the formula:
\(H = Q \times V\)
Where:
Substitute the given values into the formula:
\(H = 96000 \text{ C} \times 50 \text{ V}\)
Perform the multiplication:
\(H = 4,800,000 \text{ J}\)
Express the answer in scientific notation:
To match the format of the options, we convert 4,800,000 J to scientific notation:
\(H = 4.8 \times 10^6 \text{ J}\)
The calculated heat generated is \(4.8 \times 10^6\) J. This matches one of the provided options.
The resistance of a metal rod depends on all of the following, except ______.
Which statement correctly differentiates heat and temperature based on their SI units?
Which of the following is NOT an effect of heat?
Which statement correctly defines the temperature of a body?
In summer season, the top and outer surface of the house are painted white because:
Which of the following is a process in which hot, less dense materials rise upward and are replaced by colder, more dense materials?
What is the heat released by a heating filament rated 24 W when it is kept on for 6 seconds?
Space is left between logs of wood when they are burnt, so that:
On a hot summer afternoon, the tent made up of fabric will be preferred as white colour is: