b. A pre-1982 penny (pure copper) has a mass of 3.1g and is at room temperature (23.5°C).
i. If the penny absorbs 66.0 J of heat energy, what will its final temperature be? Show your
work.
ii. If an equal mass of water, also at room temperature, absorbs the same amount of heat energy, what will its final temperature be? Show your work.
iii. How do their changes in temperature (ΔT) compare? Does this agree with your answer in part a above?

b A pre1982 penny pure copper has a mass of 31g and is at room temperature 235C i If the penny absorbs 660 J of heat energy what will its final temperature be S class=