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Exp4: Charles law Experimental Data Tables Table 1: Room Temperature Record (4mks) Room Temp Room Pressure MM TRIAL 1 280℃ 101,100pa 64mm TRIAL 2 28°C 101, 100 Pa 166mm Height of gas column, em 2 Vol (лr h)-m 3 5mm diam tube 25cm long Table 2: Ice/water Temperature Record (4 mks) TRIAL 1 Ice/water Temp 5°C Room Pressure 101,100 pa Height of gas column mm 62mm 3 TRIAL 2 2000 101,100PG 60mm 2 Vol (лr h))-m 5mm diam tube 25cm long Table 3: Ice/salt Temperature Record (4mks) Ice/salt Temp, °C Room Pressure, Pa Height of gas column,mm 2 Vol (лr h)-m 3 5mm diam tube 25cm long TRIAL 1 TRIAL 2 0°C 101,100 Pa 59mm 6°C 101,100Pa 60mm

Exp4: Charles law Experimental Data Tables Table 1: Room Temperature Record (4mks) Room Temp Room Pressure MM TRIAL 1 280℃ 101,100pa 64mm TRIAL 2 28°C 101, 100 Pa 166mm Height of gas column, em 2 Vol (лr h)-m 3 5mm diam tube 25cm long Table 2: Ice/water Temperature Record (4 mks) TRIAL 1 Ice/water Temp 5°C Room Pressure 101,100 pa Height of gas column mm 62mm 3 TRIAL 2 2000 101,100PG 60mm 2 Vol (лr h))-m 5mm diam tube 25cm long Table 3: Ice/salt Temperature Record (4mks) Ice/salt Temp, °C Room Pressure, Pa Height of gas column,mm 2 Vol (лr h)-m 3 5mm diam tube 25cm long TRIAL 1 TRIAL 2 0°C 101,100 Pa 59mm 6°C 101,100Pa 60mm

Chemistry
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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1. Plot a graph of beight of the air colunn vs tenpersture in °C, Place both TRIALS on the same graph using differcnt colour codes. (a) Całculate their slopes (b) Using a representative point, along with tbe appropriate slope, calculate the dependent variabie (height) intercept in cach case. 2 (a) From the general straight ine equation: y=mx + b where y = height and x = temperature, substitute the approprtate vales for m andb and calculate the tenperature at which the volume would be zero for cach TRIAL. (b) Why will these temperatures correspond to absolute zero? Explain on the basis of ideal gas behavior. (c) Average the two absolute zero temperatures and report the result
Exp4: Charles law Experimental Data Tables Table 1: Room Temperature Record (4mks) Room Temp Room Pressure MM TRIAL 1 280℃ 101,100pa 64mm TRIAL 2 28°C 101, 100 Pa 166mm Height of gas column, em 2 Vol (лr h)-m 3 5mm diam tube 25cm long Table 2: Ice/water Temperature Record (4 mks) TRIAL 1 Ice/water Temp 5°C Room Pressure 101,100 pa Height of gas column mm 62mm 3 TRIAL 2 2000 101,100PG 60mm 2 Vol (лr h))-m 5mm diam tube 25cm long Table 3: Ice/salt Temperature Record (4mks) Ice/salt Temp, °C Room Pressure, Pa Height of gas column,mm 2 Vol (лr h)-m 3 5mm diam tube 25cm long TRIAL 1 TRIAL 2 0°C 101,100 Pa 59mm 6°C 101,100Pa 60mm
Transcribed Image Text:Exp4: Charles law Experimental Data Tables Table 1: Room Temperature Record (4mks) Room Temp Room Pressure MM TRIAL 1 280℃ 101,100pa 64mm TRIAL 2 28°C 101, 100 Pa 166mm Height of gas column, em 2 Vol (лr h)-m 3 5mm diam tube 25cm long Table 2: Ice/water Temperature Record (4 mks) TRIAL 1 Ice/water Temp 5°C Room Pressure 101,100 pa Height of gas column mm 62mm 3 TRIAL 2 2000 101,100PG 60mm 2 Vol (лr h))-m 5mm diam tube 25cm long Table 3: Ice/salt Temperature Record (4mks) Ice/salt Temp, °C Room Pressure, Pa Height of gas column,mm 2 Vol (лr h)-m 3 5mm diam tube 25cm long TRIAL 1 TRIAL 2 0°C 101,100 Pa 59mm 6°C 101,100Pa 60mm
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