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A piece of a metal having a mass of 150.0000 grams is heated to 99.3 9C. When the hot metal is submerged in 50.000 grams of water originally at 21.3 oC, the final temperature of the water and metal is 48.4 pC. Determine the heat flow (q) of the water in Joules Record your answer to the correct number of significant figures

A piece of a metal having a mass of 150.0000 grams is heated to 99.3 9C. When the hot metal is submerged in 50.000 grams of water originally at 21.3 oC, the fin class=
A piece of a metal having a mass of 150.0000 grams is heated to 99.3 9C. When the hot metal is submerged in 50.000 grams of water originally at 21.3 oC, the fin class=
A piece of a metal having a mass of 150.0000 grams is heated to 99.3 9C. When the hot metal is submerged in 50.000 grams of water originally at 21.3 oC, the fin class=
A piece of a metal having a mass of 150.0000 grams is heated to 99.3 9C. When the hot metal is submerged in 50.000 grams of water originally at 21.3 oC, the fin class=

Answer :

Answer:

Explanation:

q = heat added to water = mass x specific heat of water x rise in temperature

= 50.0000 x 1 x ( 48.4 - 21.3 )

= 1355.0 cals

= 1355.0 x 4.2 J

= 5691.0 J

q = 5691

= 5690 J  ( rounding off to significant no of  3 )

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