Explanation Given info: For the first 50 the temperature of the mixture remains at 0 ° C . This indicates that the heat energy supplied by the constant power source melts the ice present in the container. Formula to calculate the rate of energy supplied by the source is, P = Q 1 Δ t 1 P is the power input of the constant power source, Q 1 is the heat supplied by the source for all the ice to melt, Δ t 1 is the time duration till all ice melt, The formula for the heat supplied is, Q 1 = m ice L f L f is the latent heat of fusion of ice, m ice is the mass of ice, Use m ice L f for Q 1 in P = Q 1 Δ t 1 to rewrite P . P = m ice L f Δ t 1 For the next 10 minute, the power input by the source increases the temperature of the cold water from the ice and the water already present in the container. Formula to calculate the rate of energy supplied by the source to increase the temperature is, P = Q 2 Δ t 2 Q 2 is the heat supplied by the source to raise the temperature of the mixture, Δ t 2 is the time duration taking by the source to raise the temperature of the mixture, Formula to calculate the energy supplied by the source to raise the temperature of the mixture is, m ice L f Δ t 1 = ( m water + m ice ) c water ( T f − T i ) Δ t 2 m ice L f Δ t 1 = m water c water ( T f − T i ) Δ t 2 + m ice c water ( T f − T i ) Δ t 2 m ice [ L f Δ t 1 − c water ( T f − T i ) Δ</

11th Edition

ISBN: 9781337685467

Author: SERWAY

Publisher: CENGAGE L

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Chapter 11, Problem 73AP

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The amount of ice initially placed inside the vessel.

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Chapter 11, Problem 72AP

Chapter 11, Problem 74AP

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Chapter 11 Solutions

ACP COLLEGE PHYS 1101/1102 BUNDLE

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The amount of ice initially placed inside the vessel.

Solution Summary: The author explains that the heat energy supplied by the constant power source melts the ice present in the container.

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The amount of ice initially placed inside the vessel.

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Chapter 11 Solutions