Question

Three different liquids are mixed together in a calorimeter. The masses of the three liquids are: m1 = 435.0 g, m2 = 525.0 g, m3 = 765.0 g. The specific heats are: c1 = 270 J/kg°C, c2 = 540 J/kg°C, c3 = 830 J/kg°C. The initial temperatures of the liquids are: T1 = 25.0 °C, T2 = 57.0 °C, T3 = 84.5 °C. What is going to be the final temperature of the mixture?

Name: three different liquids are mixed together in a calorimeter the masses of the three liquids are m1 4350 g m2 5250 g m3 7650 g the specific heats are c1 270 jkgc c2 540 jkgc c3 830 jkgc the i 21093
Uploaded: 2021-10-28T07:48:16-08:00
Duration: 1 min 58 s
Channel: Ankur S
Description: three different liquids are mixed together in a calorimeter the masses of the three liquids are m1 4350 g m2 5250 g m3 7650 g the specific heats are c1 270 jkgc c2 540 jkgc c3 830 jkgc the i 21093

          Three different liquids are mixed together in a calorimeter. The masses of the three liquids are:
m1 = 435.0 g,
m2 = 525.0 g,
m3 = 765.0 g.
The specific heats are:
c1 = 270 J/kg°C,
c2 = 540 J/kg°C,
c3 = 830 J/kg°C.
The initial temperatures of the liquids are:
T1 = 25.0 °C,
T2 = 57.0 °C,
T3 = 84.5 °C.
What is going to be the final temperature of the mixture?

Added by Domingo B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Ankur S

10/28/2021

Step 1

To find the final temperature of the mixture of the three liquids, we can use the principle of conservation of energy, which states that the heat lost by the hotter liquids will be equal to the heat gained by the cooler liquids. Show more…

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Three different liquids are mixed together in a calorimeter. The masses of the three liquids are: m1 = 435.0 g, m2 = 525.0 g, m3 = 765.0 g. The specific heats are: c1 = 270 J/kg°C, c2 = 540 J/kg°C, c3 = 830 J/kg°C. The initial temperatures of the liquids are: T1 = 25.0 °C, T2 = 57.0 °C, T3 = 84.5 °C. What is going to be the final temperature of the mixture?