Question

Question 12 (3 points) A 370 g piece of silver at 125°C is submerged in 1200 g of water at 10°C to be cooled. Determine the final temperature of the silver and water given C$_{water}$ = 4.18 \cdot 10^3 J/kg$\cdot$°C C$_{silver}$ = 2.4 \cdot 10^2 J/kg$\cdot$°C

          Question 12 (3 points)
A 370 g piece of silver at 125°C is submerged in 1200 g of water at 10°C to be
cooled. Determine the final temperature of the silver and water given
C$_{water}$ = 4.18 \cdot 10^3 J/kg$\cdot$°C
C$_{silver}$ = 2.4 \cdot 10^2 J/kg$\cdot$°C

Question 12 (3 points)
A 370 g piece of silver at 125°C is submerged in 1200 g of water at 10°C to be
cooled. Determine the final temperature of the silver and water given
Cwater = 4.18 ·10^3 J/kg·°C
Csilver = 2.4 ·10^2 J/kg·°C

Added by Tina C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Susan Hallstrom

08/04/2022

Step 1

For the silver: Q_silver = (370g)(2.4*10^2 J/kg°C)(125°C - T_final) For the water: Q_water = (1200g)(4.18*10^3 J/kg°C)(T_final - 10°C) Show more…

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Answer units Question 12 (3 points) A 370g piece of silver at 125°C is submerged in 1200g of water at 10°C to be cooled. Determine the final temperature of the silver and water given: c_(water) = 4.18*10^3 (J)/(kg*°C) c_(silver) = 2.4*10^2 (J)/(kg*°C) Enter your final answer below and upload your work to the Test Assignment Dropbox. Your Answer: Answer units The final temperature of the silver is approximately Answer Your Answer: Dropbox. Question 12 (3 points) Answer units Enter your final answer below and upload your work to the Test Assignment cooled. Determine the final temperature of the silver and water given: A 370g piece of silver at 125°C is submerged in 1200g of water at 10°C to be cooled.