To start, let's assume that the total change in energy inside the balloon is represented by ΔE. Given that the balloon does 300 kJ of work on the surrounding air and transfers 60 kJ of energy to the outside of the balloon, we can write the equation:
ΔE = -300 kJ + 60 kJ
Simplifying, we find:
ΔE = -240 kJ
Therefore, the total change in energy inside the balloon when it deflates is -240 kJ.
A balloon of air deflated and does 300kj of work to the surrounding air. While deflating the air inside balloon transfers 60kj of energy to the outside of the balloon. What is the total change of the inside the balloon when it deflates?
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