Aluminum is a metal that, in a 100. g sample absorbing 4680 J of heat increases in temperature by 52.0 °C.
We have a mass (m) of 100. g of an unknown metal that, when absorbs 4680 J of heat (Q) increases in temperature by 52.0°C (ΔT). The specific heat capacity (c) of the metal is the amount of heat required to raise the temperature of the unit mass by the unit of temperature. We can calculate it using the following expression.
[tex]c = \frac{Q}{m \times \Delta T } = \frac{4680J}{100.g \times 52.0\° C} = 0.900 J/g.\° C[/tex]
Aluminum is the metal whose specific heat capacity is 0.900 J/g.°C.
Aluminum is a metal that, in a 100. g sample absorbing 4680 J of heat increases in temperature by 52.0 °C.
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