Question

You have piece of copper that has a mass of 3.8 grams. How much energy/heat (in units of Joules) is needed to warm the

piece of copper from 11°C to 27°C? The specific heat of copper is 0.32 Joules/((1g)(1°C))

Answer 1

Answer:To find the amount of energy needed to warm the piece of copper from 11°C to 27°C, you can use the formula:

Energy = (mass of copper) x (specific heat of copper) x (change in temperature)

So in this case, the energy would be:

Energy = (3.8 grams) x (0.32 Joules/((1g)(1°C))) x (27°C - 11°C)

Energy = 3.8 x 0.32 x 16

Energy = 12.288 Joules

Therefore, 12.288 Joules of energy is needed to warm the piece of copper from 11°C to 27°C.

Step-by-step explanation: