What amount of heat is needed to heat 100 grams of copper from 10 degrees to 20 degrees.

What amount of heat is needed to heat 100 grams of copper from 10 degrees to 20 degrees. Copper heat capacity is 400 J / kg.

Initial data: m (copper mass) = 100 g or 0.1 Kg; t0 (copper temperature before heating) = 10 ºС; t (copper temperature after heating) = 20 ºС.
Reference values: by condition C (specific heat of copper) = 400 J / (kg * ºС).
The required amount of heat to change the temperature of 100 grams of copper can be calculated by the formula: Q = C * m * (t – t0).
Let’s perform the calculation: Q = 400 * 0.1 * (20 – 10) = 400 J.
Answer: To heat 100 grams of copper, 400 J of heat is required.