**Heat Transfer in Water: Understanding Temperature Rise**Imagine transferring a certain amount of heat \( Q \) to one liter of water, raising its temperature by 10 degrees Celsius. If you transfer the same heat \( Q \) to two liters of water, how much will the temperature rise?1. 10°C2. 20°C3. 5°C4. 0°CThis question involves understanding the relationship between heat energy and the resulting temperature change in different volumes of water. When the same amount of heat is applied to a larger mass of water, the temperature rise is proportionally smaller. For example, if heat \( Q \) raises the temperature of one liter of water by 10 degrees Celsius, transferring the same heat \( Q \) to two liters of water would only raise their temperature by 5 degrees Celsius. The correct answer is: **5°C**

Answered: Image /qna-images/answer/ba9bd8d9-3713-4c06-be02-c1b5fa41fbe6.jpg

Imagine transferring a certain amount of heat Q to one liter of water raising its temperature by 10 degrees Celsius. If you transfer the same heat Q to two liters of water, how much will the temperature rise? O 10 °C O 20°C O 5⁰℃ 0°C

Imagine transferring a certain amount of heat Q to one liter of water raising its temperature by 10 degrees Celsius. If you transfer the same heat Q to two liters of water, how much will the temperature rise? O 10 °C O 20°C O 5⁰℃ 0°C

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

**Heat Transfer in Water: Understanding Temperature Rise**

Imagine transferring a certain amount of heat \( Q \) to one liter of water, raising its temperature by 10 degrees Celsius. If you transfer the same heat \( Q \) to two liters of water, how much will the temperature rise?

1. 10°C
2. 20°C
3. 5°C
4. 0°C

This question involves understanding the relationship between heat energy and the resulting temperature change in different volumes of water. When the same amount of heat is applied to a larger mass of water, the temperature rise is proportionally smaller. For example, if heat \( Q \) raises the temperature of one liter of water by 10 degrees Celsius, transferring the same heat \( Q \) to two liters of water would only raise their temperature by 5 degrees Celsius.

The correct answer is:

**5°C**

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