Chapter 10 - 12

  Chapter 10 Solutions 

Problem Answer Problem Answer
P #1 -459.67 oF P #E 1.5 V1
  37 oC P #37 6.21 x 10-21 J
  -280 oF P #41 8.76 x 10-21 J
P #11 .31 m   1620 m/s
P #17 11.507 cm, 11.506 cm   514 m/s
P #55 2.74 m P #40 1700 m/s
P #12 1.2995 m   370 m/s
P #B 560 K P #F 5.0 x 10-21 J
P #C 3.0 mol 6000 J
1.8 x 1024 molecules P #36 36,500 N
P #D 2.5 x 1019 molecules P #50 2.4 m
4.1 x 10-21 mol    
P #35 16.2 cm3    
P #G 82,000 Pa    
410 N    
  .005 mol

Chapter 11 Solutions 

Problem Answer Problem Answer
P #6 1.17 Cal P #10 .0099 oC
P #7 2850 m P #58 25.8 oC
P #33 220 J/sec P #A 350 m
  .013 J/sec P #11 88.2 W
  .056 J/sec P #B 116,000 J
P #36 .022 J/s·m·oC P #52 33,980 m
P #35 9.6 x 107 cal/sec P #25 2300 m
P #1 1032 J P #32 3.0 x 10-6 kg
P #9 176 oC P #40 .072 J/s·m·oC

Chapter 12 Solutions 

Problem Answer Problem Answer
P #6 See graphs, Part a P #Ca-e / P #Cf-h 347 K
P #L -3600 J 1040 K
P #5 -800 J 347 K
  -500 J 8635 J
  -200 J -8635 J
P #7 -600,000 J 14,400 J
  450,000 J -8635 J
P #8 -465 J 2596 J
P #4 31 m/s P #D 600 J
  1/6 600 J
P #18 BC:  -, 0, - 600 J
  CA:  -, +, - 1000 J
  AB:  -, +, + P #Ea-b / P #Ec-d 413 K
P #M +, -, - -78 J
  0, -, - 117 J
P #16 12,000 J 195 J
  -12,000 J P #Q 276.4 K
P #51 -12,000 J   +2.8 J
  4000 J   +2.8 J
  8000 J P #23 48.9 %
P #N 4800 J P #28 667 J
  -12,000 J   467 J
  0 P #29 29.4 %
  -7200 J   500 J
P #A 180 J   1670 W
-188 J P #32 9100 W
P #50 251 J   11,900 J
  314 J P #F 87,900 J
  -104 J 74 W
  104 J P #R -1200 J
P #54 -4 Po·Vo   50%
  +4 Po·Vo   17%
  -9000 J P #Ga-f / P #Gg-l -1200 J
P #13 560 J 1800 J
  160 J 3000 J
P #14 +, 0, - 0 J
P #O -, -, 0 -1500 J
  +, +, 0 -1500 J
P #22 -75 J, -100 J, -87.5 J 600 J
  164 J, 189 J, 176.5 J -900 J
  -87.5 J -1500 J
P #P 0 0 J
  -2162 J 600 J
  0 600 J
  2162 J P #H 80%
P #15 -82 J 17%
  718 J P #J 1000 J
P #B 2240 J -1000 J
    P #K 33%
    33%

 

 

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