Lap Report

|School | | |Class (No.) | ( ) | |Name | | |Subject |AL interoperable Physics | |Date | | |Mark | | D1 Investigation of relationship amidst compact, hatful and temperature of gas Procedure A.Relationship between storm and volume 2.Record the editions of the laggard gauge (p) and the volume of the gas column (V). 3.Press the mettle lightly to increase the pressure of the gas column. Record p and V. 4. receive step 3 several times and put rack up the results. Note that tap on the Bourdon gauge for a while before recording p. Pressure (p) / kPa |100 | hanker hundred |140 |160 |170 |180 |xcl | two hundred |220 |240 | |Volume (V) / cm3 |41 |34 |29 |27 |24 |23 |21 |20 |18 |17 | |1/V /cm(3 |0.024 |0.029 |0.034 |0.037 |0.042 |0.

043 |0.048 |0.050 |0.056 |0.059 | |5. plot of ground graphs of pressure (p) of the gas against its volume (V) at room temperature and p against 1/V. [pic] [pic] B. Relationship between pressure and temperature 8.Heat the trapped argument in spite of appearance the flask in the water bath and alimentation on stirring. When the temperature rises about 1 5(C, annul the Bunsen burner. Record p and ! T when they become steady. 9.Repeat step 8 several times and table the results. Temperature (T) / (C |0 |10 |20 |30 |40 |60 |70 |80 |90 |100 | |Pressure (p) / kPa |91 |94 |99 |101 |105 |110 |113 | one hundred fifteen |118 |121 | | 10.Plot a graph of pressure (p) of the trapped air against its temperature (T) at constant volume. [pic] C. Relationship between volume and temperature 12.Record the length of the air column in the capillary tube (?) and the reading of the thermometer (T) when the set become steady. 13.Heat the water bath and keep on stirring. When the...If you wish to get a full essay, rules of order it on our website: OrderCustomPaper.com

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