Asked by Emma
The heat of fusion of a metal is 5.53 J/g at its
freezing (melting) point of 559◦F. How much
of this solid metal (already at 559◦F) can be
melted if 3382 J of energy are available?
Answer in units of g.
I don't know how to set up the problem
freezing (melting) point of 559◦F. How much
of this solid metal (already at 559◦F) can be
melted if 3382 J of energy are available?
Answer in units of g.
I don't know how to set up the problem
Answers
Answered by
DrBob222
q = mass metal x heat fusion.
You know q and heat fusion, solve for mass metal.
You know q and heat fusion, solve for mass metal.
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