Question

Three liquids are at temperatures of 6 ◦C, 24◦C, and 40◦C, respectively. Equal masses of the...

Three liquids are at temperatures of 6 ◦C, 24◦C, and 40◦C, respectively. Equal masses of the first two liquids are mixed, and the equilibrium temperature is 13◦C. Equal masses of the second and third are then mixed, and the equilibrium temperature is 36.6 ◦C. Find the equilibrium temperature when equal masses of the first and third are mixed. Answer in units of ◦C.

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Three liquids are at temperatures of 9◦C, 23◦C, and 37◦C, respectively. Equal masses of the first...
Three liquids are at temperatures of 9◦C, 23◦C, and 37◦C, respectively. Equal masses of the first two liquids are mixed, and the equilibrium temperature is 17◦C. Equal masses of the second and third are then mixed, and the equilibrium temperature is 32.4◦C. Find the equilibrium temperature when equal masses of the first and third are mixed. Answer in units of ◦C.
Three liquids are at temperatures of 12°C, 19°C, and 35°C, respectively. Equal masses of the first...
Three liquids are at temperatures of 12°C, 19°C, and 35°C, respectively. Equal masses of the first two liquids are mixed, and the equilibrium temperature is 16°C. Equal masses of the second and third are then mixed, and the equilibrium temperature is 27°C. Find the equilibrium temperature when equal masses of the first and third are mixed. °C
⦁   Two identical containers A and B, filled with equal masses of 2 different liquids, initially...
⦁   Two identical containers A and B, filled with equal masses of 2 different liquids, initially at 20°C, are heated on a hot plate and both receive the same amount of heat. As a result, the temperature of liquid A is raised to 40°C and that of liquid B is raised to 80°C. If the liquids are now poured into a third, larger container and mixed, would their final temperature be lower, higher, or exactly equal to 60˚C? Explain your...
Three different liquids are mixed together in a calorimeter. The masses of the liquids are: m1...
Three different liquids are mixed together in a calorimeter. The masses of the liquids are: m1 = 540 g, m2 = 400 g, m3 = 495 g. The specific heats are: c1 = 215 J/kg°C, c2 = 540 J/kg°C, c3 = 855 J/kg°C. The initial temperatures of the liquids are: T1 = 22.0 °C, T2 = 55.5 °C, T3 = 90.0 °C. What will be the temperature of the mixture in Celsius? (Enter only a number without a unit.)?
Three different liquids are mixed together in a calorimeter. The masses of the liquids are: m1...
Three different liquids are mixed together in a calorimeter. The masses of the liquids are: m1 = 350 g, m2 = 790 g, m3 = 375 g. The specific heats are: c1 = 275 J/kg°C, c2 = 595 J/kg°C, c3 = 820 J/kg°C. The initial temperatures of the liquids are: T1 = 21.0 °C, T2 = 54.5 °C, T3 = 82.5 °C. What will be the temperature of the mixture in Celsius? (Enter only a number without a unit.)M
Equal masses of two different liquids have the same temperature of 22.1 °C. Liquid A has...
Equal masses of two different liquids have the same temperature of 22.1 °C. Liquid A has a freezing point of -63.0 °C and a specific heat capacity of 1790 J/(kg C°). Liquid B has a freezing point of -82.9 °C and a specific heat capacity of 2580 J/(kg C°). The same amount of heat must be removed from each liquid in order to freeze it into a solid at its respective freezing point. Determine the difference Lf,A - Lf,B between...
Three thermally insulated containers of equal volume are connected together by thin tubes of negligible volume...
Three thermally insulated containers of equal volume are connected together by thin tubes of negligible volume so that gas can flow from one container to the next when a valve between them is open. Initially, the pressure and temperature in each container is at the same value Po and To, respectively. The valves between the vessels are opened, and thermal insulation is removed from two of the vessels. Then two vessels are surrounded by heat reservoirs so that their temperatures...
You have two containers of the same liquid. The first container has 142.0 g at T1°C...
You have two containers of the same liquid. The first container has 142.0 g at T1°C and the second has 25 g at 21°C. In order to consolidate and save space, you mix the two liquids into one container and find that the two portions have now reached an equilibrium temperature of 42.6°C. What was the initial temperature of the liquid in the first container? °C
Figure1 of 1The figure shows a circuit consisting of three parallel branches. 24-volt battery is the...
Figure1 of 1The figure shows a circuit consisting of three parallel branches. 24-volt battery is the first branch. The second branch is a series combination of 5-ohm resistor and 10-ohm resistor. The third branch is a series combination of a 6-ohm resistor and 4-ohm resistor. The figure shows a circuit consisting of three parallel branches. 24-volt battery is the first branch. The second branch is a series combination of 5-ohm resistor and 10-ohm resistor. The third branch is a series...
PLEASE ANSWER ALL PARTS WITH APPROPRIATE FORMULAS (EXPLAIN FULLY) 1.) Two equal highly dense spherical masses...
PLEASE ANSWER ALL PARTS WITH APPROPRIATE FORMULAS (EXPLAIN FULLY) 1.) Two equal highly dense spherical masses M = 450 kg are positioned on the y axis (so x=0) at points given by y = -1.20 m and y = +1.20 m. A third small spherical mass m = 100 kg is located on the x axis at x = 0.880 m. Find the net gravitational force on the smaller mass m caused by the other two masses. 2.) The planet...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT