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11 Dec 2019
Iron metal has a specific heat capacity c for Fe = 0.449 J/(g â°C). Liquid waterâs specific heat capacity is 4.184 J/(g â°C). If we provide 152kJ of heat to 414g piece of metal starting at room temperature (24.4°C), what will the final temperature of the piece of the metal be?
Which on is right ?
842 oC
453 oC
4746 oC
5.15 oC
Iron metal has a specific heat capacity c for Fe = 0.449 J/(g â°C). Liquid waterâs specific heat capacity is 4.184 J/(g â°C). If we provide 152kJ of heat to 414g piece of metal starting at room temperature (24.4°C), what will the final temperature of the piece of the metal be?
Which on is right ?
842 oC
453 oC
4746 oC
5.15 oC
Reid WolffLv2
13 Dec 2019
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. Then, they were submerged into two separate beakers of negligible heat capacity with 
of 
water. The temperature of the water in beaker X increased by 
while the temperature of the water in beaker Z increased by 
. With those in mind, which metal has a higher heat capacity? The specific heat of water is 
and the density is 
.