1. Carefully examine the following table, which represents a process in multiple ways-words, sketches, a graph, and an equation. Also see the graph at the right. The process starts with 0.10 kg of ice at - 40°C and ends with 0.10 kg of steam at + 150°C. Note: c stands for specific heat. AU (kJ) 319.1 309.3 83.7 41.9 8.4 +T(°C) -40 150 Words Sketch the initial and final Mathematical parts of the process. Q3mcAT 8.4 kJ = 0.1 kg*c*40 degrees C A. Ice starts at -40°C and warms to its melting temperature at O°C. 20 Q = mLmelting B. Energy provided to ice causes the solid ice to convert slowly to liquid at 0 °c. C. After the ice has melted completely, more energy causes the liquid water to warm from 0°C to 100°C, its boiling temperature. BUC = mC Lighid D. Now, energy provided causes the water to convert slowly from the liquid to the gaseous state while still at 100°c. AUE mCgas (150E Tool) E. Additional energy causes the gas to warm from 100°C to 150°C 2001 Are the equations for parts B and D consistent with the corresponding parts of the graph? Why does temperature not show up in these equations?
1. Carefully examine the following table, which represents a process in multiple ways-words, sketches, a graph, and an equation. Also see the graph at the right. The process starts with 0.10 kg of ice at - 40°C and ends with 0.10 kg of steam at + 150°C. Note: c stands for specific heat. AU (kJ) 319.1 309.3 83.7 41.9 8.4 +T(°C) -40 150 Words Sketch the initial and final Mathematical parts of the process. Q3mcAT 8.4 kJ = 0.1 kg*c*40 degrees C A. Ice starts at -40°C and warms to its melting temperature at O°C. 20 Q = mLmelting B. Energy provided to ice causes the solid ice to convert slowly to liquid at 0 °c. C. After the ice has melted completely, more energy causes the liquid water to warm from 0°C to 100°C, its boiling temperature. BUC = mC Lighid D. Now, energy provided causes the water to convert slowly from the liquid to the gaseous state while still at 100°c. AUE mCgas (150E Tool) E. Additional energy causes the gas to warm from 100°C to 150°C 2001 Are the equations for parts B and D consistent with the corresponding parts of the graph? Why does temperature not show up in these equations?
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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help with the Q and with sketches (drowing) thank you
Transcribed Image Text:1. Carefully examine the following table,
which represents a process in multiple
ways-words, sketches, a graph, and an
equation. Also see the graph at the right.
The process starts with 0.10 kg of ice at -
40°C and ends with 0.10 kg of steam at +
150°C. Note: c stands for specific heat.
(r1)
319.1
309.3
83.7
41.9
C.
一
B.
8.4
T(°C)
150
-40
0.
Words
Sketch the initial and final
Mathematical
parts of the process.
Q = mcAT
8.4 kJ = 0.1 kg*c*40 degrees C
A. Ice starts at -40°C and warms to
%3D
its melting temperature at O°C.
Q = mLmelting
B. Energy provided to ice causes the
solid ice to convert slowly to
liquid at 0 °c.
%3D
C. After the ice has melted
completely, more energy causes
the liquid water to warm from
0°C to 100°C, its boiling
BUc= mC
Liguid
temperature.
D. Now, energy provided causes the
water to convert slowly from the
liquid to the gaseous state while
still at 100°c.
sUE MCgas (150E Tooil)
E. Additional energy causes the gas
to warm from 100°C to 150°C
Are the equations for parts B and D consistent with the corresponding parts of the graph? Why does temperature
not show up in these equations?
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