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Q/find the percentage of error and the relationship between the real pressure and the reading of the gauge by graphing when calibrating the Borden scale if the gauge readings according to the added masses are as follows: Added mass (gram) Reading the scale (bar) Pg 500 0.3 1100 0.5 2900 1.0 4500 1.5 6300 2.0 8000 2.5 Note that the diameter of the piston=(20.59) mm Piston mass=(500) gram

Q/find the percentage of error and the relationship between the real pressure and the reading of the gauge by graphing when calibrating the Borden scale if the gauge readings according to the added masses are as follows: Added mass (gram) Reading the scale (bar) Pg 500 0.3 1100 0.5 2900 1.0 4500 1.5 6300 2.0 8000 2.5 Note that the diameter of the piston=(20.59) mm Piston mass=(500) gram

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Q/find the percentage of error and the relationship between the real pressure and the reading of the gauge by graphing when calibrating the Borden scale if the gauge readings according to the added masses are as follows: Added mass (gram) Reading the scale (bar) Pg 500 0.3 1100 0.5 2900 1.0 4500 1.5 6300 2.0 8000 2.5 Note that the diameter of the piston=(20.59) mm Piston mass=(500) gram
Transcribed Image Text:Q/find the percentage of error and the relationship between the real pressure and the reading of the gauge by graphing when calibrating the Borden scale if the gauge readings according to the added masses are as follows: Added mass (gram) Reading the scale (bar) Pg 500 0.3 1100 0.5 2900 1.0 4500 1.5 6300 2.0 8000 2.5 Note that the diameter of the piston=(20.59) mm Piston mass=(500) gram
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