A student measures the following gaseous variables: Pressure: 748 mm Hg Volume: 1.78 liters Temperature: 290....
A student measures the following gaseous variables: Pressure: 748 mm Hg Volume: 1.78 liters Temperature: 290. K
Assume the scale error of each measurement is 1 in the last significant figure. Calculate the best value of the number of moles of gas (n) from the ideal gas law equation. The best value will be the result ± the propagated error. Assume the error in R is negligible.
Homework Answers
PV = nRT
n = PV / RT ( P = 0.984 atm)
= (0.984 X 1.78) / (0.0821 X 290)
= 0.0736 moles.
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A student measures the following gaseous variables: Pressure:
748 mm Hg Volume: 1.78 liters Temperature: 290....
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Hope the genius can help me those questions.
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