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.
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?
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In summer season, the top and outer surface of the house are painted white because:
What is the heat released by a heating filament rated 24 W when it is kept on for 6 seconds?
On a hot summer afternoon, the tent made up of fabric will be preferred as white colour is:
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Transfer of heat by convection can take place in