What is the heat absorbed by $27 g$ $"27 g"$ of water that increases in temperature by $58^{\circ} C$ $58^@ "C"$ ? Assume $c = {4.184 J/g}^{\circ} C$ $c = "4.184 J/g"^@ "C"$ for water in this temperature range.

Question

What is the heat absorbed by $27 g$ $"27 g"$ of water that increases in temperature by $58^{\circ} C$ $58^@ "C"$ ? Assume $c = {4.184 J/g}^{\circ} C$ $c = "4.184 J/g"^@ "C"$ for water in this temperature range.

1 Answer

Impact of this question

2009 views around the world

You can reuse this answer
Creative Commons License

Answer 1 · 2017-08-23T01:39:23

$Q = 6600 Joules$ $Q = "6600 Joules"$

Explanation:

The heat $Q$ $Q$ for a given mass $m$ $m$ of water with specific heat capacity $c = {4.184 J/g}^{\circ} C$ $c = "4.184 J/g"^@ "C"$ that increases in temperature by $58^{\circ} C$ $58^@ "C"$ is given by:

$Q = mcDeltaT$

$= ("27 g") cdot ("4.184 J"//"g"^@"C")(58^@"C") = "6552 J"$

$~~$ $"6600 J"$

Science

Math

Humanities

... and beyond

What is the heat absorbed by $27 g$ $"27 g"$ of water that increases in temperature by $58^{\circ} C$ $58^@ "C"$ ? Assume $c = {4.184 J/g}^{\circ} C$ $c = "4.184 J/g"^@ "C"$ for water in this temperature range.

1 Answer

Explanation:

Related questions

Impact of this question

Science

Math

Humanities

... and beyond

What is the heat absorbed by "27 g"27 g"27 g" of water that increases in temperature by 58^@ "C"58∘C58^@ "C"? Assume c = "4.184 J/g"^@ "C"c=4.184 J/g∘Cc = "4.184 J/g"^@ "C" for water in this temperature range.

1 Answer

Explanation:

Related questions

Impact of this question

What is the heat absorbed by $27 g$ $"27 g"$ of water that increases in temperature by $58^{\circ} C$ $58^@ "C"$ ? Assume $c = {4.184 J/g}^{\circ} C$ $c = "4.184 J/g"^@ "C"$ for water in this temperature range.