Amazing Job! You greatly have shown mastery of Charles' Law and ready to proceed on to the next activity. Let's apply Charles' Law in solving problems related to volume-temperature relationship in gases. Let Us Do Sample problem: A gas occupies a volume of 600cm at 0°C and 780 mm Hg. What volume will it occupy at 80°C and 780 mm Hg? Given VOLUME TEMPERATURE (K) Initial V= 600 cm T= 0°C= 0+273 = 273 k Final T- 80°C= 80+273 = 353K Solution: Using Charles Law: Vi x Tr-V, × T, (600 cm) x (353K ) = Vf x (273K) Vf = (600 cm) x (353K) = 775.82 cm 273 K Do This: 1. A cylinder with a movable piston contains 400 cm' air at 20 °C. If the pressure is kept constant, at what temperature would you expect the volume to be 200cm? 2. Each of the car's tires is filled with 40 cm of air on a rainy day with 22°C weather temperature. What will be the volume of the tires during a regular day of 27°C temperature? I have read an instruction on a bottle of deodorant and have read the warning signs indicating the bottle to be kept away from the sunlight and high temperature. I WONDER WHY? Let Us Apply "TELL ME WHY?" Read and provide an explanation to clarify the given situation at the right. Consider the rubric: of rating indicated on the next page.
Amazing Job! You greatly have shown mastery of Charles' Law and ready to proceed on to the next activity. Let's apply Charles' Law in solving problems related to volume-temperature relationship in gases. Let Us Do Sample problem: A gas occupies a volume of 600cm at 0°C and 780 mm Hg. What volume will it occupy at 80°C and 780 mm Hg? Given VOLUME TEMPERATURE (K) Initial V= 600 cm T= 0°C= 0+273 = 273 k Final T- 80°C= 80+273 = 353K Solution: Using Charles Law: Vi x Tr-V, × T, (600 cm) x (353K ) = Vf x (273K) Vf = (600 cm) x (353K) = 775.82 cm 273 K Do This: 1. A cylinder with a movable piston contains 400 cm' air at 20 °C. If the pressure is kept constant, at what temperature would you expect the volume to be 200cm? 2. Each of the car's tires is filled with 40 cm of air on a rainy day with 22°C weather temperature. What will be the volume of the tires during a regular day of 27°C temperature? I have read an instruction on a bottle of deodorant and have read the warning signs indicating the bottle to be kept away from the sunlight and high temperature. I WONDER WHY? Let Us Apply "TELL ME WHY?" Read and provide an explanation to clarify the given situation at the right. Consider the rubric: of rating indicated on the next page.
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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Transcribed Image Text:Amazing Job! You greatly have shown mastery of Charles' Law and ready to proceed on
to the next activity. Let's apply Charles' Law in solving problems related to volume-temperature
relationship in gases.
Let Us Do
Sample problem:
volume of 600cm at 0°C and 780 mm Hg. What volume will it occupy
A gas occupies
at 80°C and 780 mm Hg?
Given
VOLUME
TEMPERATURE (K)
Initial
V= 600 cm
T= 0°C= 0+273 = 273 k
Final
T- 80°C= 80+273 = 353K
Solution: Using Charles Law: Vị x T-V x T
(600 cm) x (353K ) = Vf x (273K)
Vf = (600 cm) x (353K ) = 775.82 cm
273 K
.Do This:
1. A cylinder with a movable piston contains 400 cm air at 20 °C. If the pressure is kept
constant, at what temperature would you expect the volume to be 200cm??
2. Each of the car's tires is filled with 40 cm of air on a rainy day with 22°C weather
temperature. What will be the volume of the tires during a regular day of 27°C
temperature?
I have read an instruction on a
bottle of deodorant and have read
the warning signs indicating the
bottle to be kept away from the
sunlight and high temperature. I
WONDER WHY?
Let Us Apply
"TELL ME WHY?"
Read and provide an explanation to clarify the
given situation at the right. Consider the rubric:
of rating indicated on the next page.
GSC-CID-LRMS-ESSLM, v.r. 02.00, Effective April 21, 2021
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