The experimental setup was prepared by a student to calculate heat capacity of air (at constant pressure). The student recorded the atmospheric pressure as 1012 hPa after the syringe's plunger...


The experimental setup was prepared by a student to calculate heat capacity of air (at constant<br>pressure). The student recorded the atmospheric pressure as 1012 hPa after the syringe's plunger pressure<br>extracted. The multimeters which is used for experiment measured the applied voltage<br>and current as 4.49 V and 0.38 A during the heating process. After a series of trial, AV versus<br>At graph was plotted (slope is 4.525 ml. ). Calculate C, of air.<br>101325 Pa , Vo = 22.4 L , To = 273 K<br>Ро<br>Po Vo<br>Cp<br>UI At<br>Av<br>То<br>P<br>

Extracted text: The experimental setup was prepared by a student to calculate heat capacity of air (at constant pressure). The student recorded the atmospheric pressure as 1012 hPa after the syringe's plunger pressure extracted. The multimeters which is used for experiment measured the applied voltage and current as 4.49 V and 0.38 A during the heating process. After a series of trial, AV versus At graph was plotted (slope is 4.525 ml. ). Calculate C, of air. 101325 Pa , Vo = 22.4 L , To = 273 K Ро Po Vo Cp UI At Av То P

Jun 08, 2022
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