A cup contains 187 g of coffee at 97.6 °C. Suppose 56.2 g of ice is added to the coffee. What is the temperature of the coffeeafter all of the ice melts? The enthalpy of fusion of water can be found in this table. Assume the specific heat capacity of thecoffee is the same as water.°CTinal73.64Incorrect Heat-transfer constants for H20 at 1 atmQuantityEnthalpy of fusionEnthalpy of vaporizationSpecific heat of solid H 2 0 (ice)per gram333.6 J/g2257 J/gper mole6010. J/mol40660 J/mol2.087 J/(g-°C) * 37.60 J/(mol-°C) *Specific heat of liquid H 2 0 (water)4.184 J/(g.°C) * 75.37 J/(mol-°C) *Specific heat of gaseous H 2 0 (steam) 2.000 J/(g-°C) * 36.03 J/(mol-°C) *

Given data: Mass of the coffee is, mc= 187 g=0.187 kg Initial temperature of the coffee is, Tic =…

A cup contains 187 g of coffee at 97.6 °C. Suppose 56.2 g of ice is added to the coffee. What is the temperature of the coffee after all of the ice melts? The enthalpy of fusion of water can be found in this table. Assume the specific heat capacity of the coffee is the same as water.

A cup contains 187 g of coffee at 97.6 °C. Suppose 56.2 g of ice is added to the coffee. What is the temperature of the coffee after all of the ice melts? The enthalpy of fusion of water can be found in this table. Assume the specific heat capacity of the coffee is the same as water.

College Physics

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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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Concept explainers

Calorimetry

Measuring the heat transferred during chemical reactions or other physical processes is known as calorimetry. It comes under the branch of thermochemistry.

Question

A cup contains 187 g of coffee at 97.6 °C. Suppose 56.2 g of ice is added to the coffee. What is the temperature of the coffee
after all of the ice melts? The enthalpy of fusion of water can be found in this table. Assume the specific heat capacity of the
coffee is the same as water.
°C
Tinal
73.64
Incorrect

Heat-transfer constants for H20 at 1 atm
Quantity
Enthalpy of fusion
Enthalpy of vaporization
Specific heat of solid H 2 0 (ice)
per gram
333.6 J/g
2257 J/g
per mole
6010. J/mol
40660 J/mol
2.087 J/(g-°C) * 37.60 J/(mol-°C) *
Specific heat of liquid H 2 0 (water)
4.184 J/(g.°C) * 75.37 J/(mol-°C) *
Specific heat of gaseous H 2 0 (steam) 2.000 J/(g-°C) * 36.03 J/(mol-°C) *

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