A typical calorimetry lab activity involves heating a 2.5 cm (at room temperature, 20 °C) metal cube and placing it in a cup of water to observe the heat transfer. For this problem, assume that the metal cube is heated to 80 °CAssuming the cube is made of iron, what would the volume of the cube be right before it was placed in the water?Assuming the cube is made of aluminum, what would the volume of the cube be right before it was placed in the water?Based on the above calculations, what can you conclude about the use of iron vs aluminum in heat sensitive applications?

1) The change in cube’s volume due to heating can be represented as, Here, V0, Lir, T, and α…

Answered: Assuming the cube is made of iron, what…

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter1: Temperature And Heat

Section: Chapter Questions

Problem 48P: A person taking a reading of the temperature in a freezer in Celsius makes two mistakes: first...

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A typical calorimetry lab activity involves heating a 2.5 cm (at room temperature, 20 °C) metal cube and placing it in a cup of water to observe the heat transfer. For this problem, assume that the metal cube is heated to 80 °C

Assuming the cube is made of iron, what would the volume of the cube be right before it was placed in the water?
Assuming the cube is made of aluminum, what would the volume of the cube be right before it was placed in the water?
Based on the above calculations, what can you conclude about the use of iron vs aluminum in heat sensitive applications?

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