How much energy is required to heat a $1 \cdot g$ $1g$ block of ice at $- 10$ $-10$ $^{\circ} C$ $""^@C$ to give a $1 \cdot g$ $1g$ mass of water at $+ 10$ $+10$ $^{\circ} C$ $""^@C$ ?

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How much energy is required to heat a $1 \cdot g$ $1g$ block of ice at $- 10$ $-10$ $^{\circ} C$ $""^@C$ to give a $1 \cdot g$ $1g$ mass of water at $+ 10$ $+10$ $^{\circ} C$ $""^@C$ ?

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Answer 1 · 2017-08-24T16:45:34

We need the $specific heat of ice......$ $"specific heat of ice......"$

Explanation:

And also we need the $latent heat of fusion of ice$ $"latent heat of fusion of ice"$ , and also we need the $specific heat of water$ $"specific heat of water"$ . You have supplied NONE of these constants.

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How much energy is required to heat a $1 \cdot g$ $1g$ block of ice at $- 10$ $-10$ $^{\circ} C$ $""^@C$ to give a $1 \cdot g$ $1g$ mass of water at $+ 10$ $+10$ $^{\circ} C$ $""^@C$ ?

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How much energy is required to heat a 1*g1⋅g1*g block of ice at -10−10-10 ""^@C∘C""^@C to give a 1*g1⋅g1*g mass of water at +10+10+10 ""^@C∘C""^@C?

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How much energy is required to heat a $1 \cdot g$ $1g$ block of ice at $- 10$ $-10$ $^{\circ} C$ $""^@C$ to give a $1 \cdot g$ $1g$ mass of water at $+ 10$ $+10$ $^{\circ} C$ $""^@C$ ?