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znk

Answer:

No heat is released.

Explanation:

A substance absorbs heat when it melts.

The formula for the heat absorbed is

[tex]q = m\Delta_{\text{fus}}H[/tex]

Data:

m = 10 g

\Delta_{fus) H=\text{334 J/g}

Calculations:

[tex]q = 10 \times 334 = \text{3340 J = 3.34 kJ}\\\text{The ice }\boxed{\textbf{absorbs 3.34 kJ}} \text{ when it melts}.[/tex]

onyebuchinnaji

The energy released when the given mass of the ice melts is 3,340 J.

Energy released

The energy released when the given mass of the ice melts is determined by taking the product of mass and heat of fusion of the ice.

Q = mH

where;

  • m is mass of the substance
  • H is the heat fusion

Substitute the given parameters and solve for the energy released when the ice melts.

Q = 10 x 334

Q = 3,340 J

Thus, the energy released when the given mass of the ice melts is 3,340 J.

Learn more about heat released here: https://brainly.com/question/13439286

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