5) You discover a small block of an unknown metal in an old cabinet you purchased from a garage sale. It is silver, shiny and relatively dense (~21 g/mL). Drawing upon your knowledge of chemistry you decide to determine its specific heat capacity (C-p) to help identify it. You make a simple coffee cup calorimeter and fill it with 150.0 mL of deionized water purchased from a grocery store. You check the temperature of the water; it is initially 24.4 °C. You then weigh the block; it is 100.0 grams in mass. Using a stovetop gas range you boiling up some water and suspend the block in the middle of the water using a tea strainer. After 15 minutes or so you remove the metal block (wearing oven mitts) quickly wipe it dry and place it in the coffee cup calorimeter. The temperature inside the calorimeter slowly rises to 25.9 °C and does not go any higher. Assuming the heat capacity of the calorimeter itself is 11.5 J/°C and it started at the same initial temperature as the water, what is the specific heat capacity of the unknown metal?
5) You discover a small block of an unknown metal in an old cabinet you purchased from a garage sale. It is silver, shiny and relatively dense (~21 g/mL). Drawing upon your knowledge of chemistry you decide to determine its specific heat capacity (C-p) to help identify it. You make a simple coffee cup calorimeter and fill it with 150.0 mL of deionized water purchased from a grocery store. You check the temperature of the water; it is initially 24.4 °C. You then weigh the block; it is 100.0 grams in mass. Using a stovetop gas range you boiling up some water and suspend the block in the middle of the water using a tea strainer. After 15 minutes or so you remove the metal block (wearing oven mitts) quickly wipe it dry and place it in the coffee cup calorimeter. The temperature inside the calorimeter slowly rises to 25.9 °C and does not go any higher. Assuming the heat capacity of the calorimeter itself is 11.5 J/°C and it started at the same initial temperature as the water, what is the specific heat capacity of the unknown metal?
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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Also, what metal is it?
Transcribed Image Text:5) You discover a small block of an unknown metal in an old cabinet you purchased from a
garage sale. It is silver, shiny and relatively dense (~21 g/mL). Drawing upon your knowledge of
chemistry you decide to determine its specific heat capacity (csp) to help identify it.
You make a simple coffee cup calorimeter and fill it with 150.0 mL of deionized water
purchased from a grocery store. You check the temperature of the water; it is initially 24.4 °C.
You then weigh the block; it is 100.0 grams in mass. Using a stovetop gas range you boiling up
some water and suspend the block in the middle of the water using a tea strainer. After 15
minutes or so you remove the metal block (wearing oven mitts) quickly wipe it dry and place it
in the coffee cup calorimeter. The temperature inside the calorimeter slowly rises to 25.9 °C and
does not go any higher.
Assuming the heat capacity of the calorimeter itself is 11.5 J/°C and it started at the same initial
temperature as the water, what is the specific heat capacity of the unknown metal?
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