2. Calculate the amount of energy (in calories) needed to heat the cold water. Usethe heat equation and specific heat of liquid water from Chapter 3. Show yourtA work. horteheateslidoetiso mot E bas1000J3. Calculate the amount of energy (in calories) needed to heat the hot water. Usethe heat equation and specific heat of liquid water from Chapter 3. Show yourwork. Heating Cold Water:199.74g1) Mass of Beaker and Cold Water:107.3692.382) Mass of Beaker:3) Mass of Cold Water:4) Final Temperature of Cold Water:90°C5) Initial Temperature of Cold Water:21°C6) Change in Temperature:69°C7) Elapsed Time:324 SecondSApoutHeating Hot Water:1) Mass of Beaker and Hot Water:199.75107.3692.392) Mass of Beaker:3) Mass of Hot Water:4) Final Temperature of Hot Water:90°C5) Initial Temperature of Hot Water:45°C6) Change in Temperature:45°C7) Elapsed Time:2016 seconnds

Since you have posted multiple questions, we are entitled to answer the first only. 2) Given: Mass…

Answered: Calculate the amount of energy (in…

Calculate the amount of energy (in calories) needed to heat the cold water. Use the heat equation and specific heat of liquid water from Chapter 3. Show your work. Tbed eslidoela 9owled oirland

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

2. Calculate the amount of energy (in calories) needed to heat the cold water. Use
the heat equation and specific heat of liquid water from Chapter 3. Show your
tA work. h
orte
heat
eslidoe
tiso mot E bas
1000J
3. Calculate the amount of energy (in calories) needed to heat the hot water. Use
the heat equation and specific heat of liquid water from Chapter 3. Show your
work.

Heating Cold Water:
199.74g
1) Mass of Beaker and Cold Water:
107.36
92.38
2) Mass of Beaker:
3) Mass of Cold Water:
4) Final Temperature of Cold Water:
90
°C
5) Initial Temperature of Cold Water:
21
°C
6) Change in Temperature:
69
°C
7) Elapsed Time:
324 SecondS
Apout
Heating Hot Water:
1) Mass of Beaker and Hot Water:
199.75
107.36
92.39
2) Mass of Beaker:
3) Mass of Hot Water:
4) Final Temperature of Hot Water:
90
°C
5) Initial Temperature of Hot Water:
45
°C
6) Change in Temperature:
45
°C
7) Elapsed Time:
2016 seconnds

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