1. How does the pressure of the gas change with volume? Pressure is pat inversely proportional...

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1. How does the pressure of the gas change with volume? Pressure is pat inversely proportional 2. What product or ratio of properties remains constant (PxT, PxV, TXV, P/V, V/T, etc)? When you have decided, calculate the constant for the first data point. Make sure to show calculations including units. PxV=constant Boyle's lan Charle's law V =constant 1 = constant Gay-Lussais lan to volume. P.V. Pxv = 1.5 atmx soo nm ³ =5750 atm Pxv= 8.3atm x700nm 1³ = 5810 atm nm³ A first data point = 5750atm.nm²³ 3. If a sample of gas at 25°C has a volume of 536ml at 637torr, what will its volume be if the pressure is increased to 712 torr? Show calculations! 637 torr ~536ml 3 Data Exp. 1: Boyle's Law Experiment with 50 red particles (light) Distance [nm] 5.0 7.0 9.0 $1.0 13.0 15.0 Volume [nm] 500 700 11:00 1300 1500 Pressure [atm] 11.S 4.3 6.9 5.3 4.9 Temp. [°C] Volume is calculated by Distance x 100mm 28.65 28,65 28,65 28.65 28.65 28.65 2 1. How does the pressure of the gas change with volume? Pressure is pat inversely proportional 2. What product or ratio of properties remains constant (PxT, PxV, TXV, P/V, V/T, etc)? When you have decided, calculate the constant for the first data point. Make sure to show calculations including units. PxV=constant Boyle's lan Charle's law V =constant 1 = constant Gay-Lussais lan to volume. P.V. Pxv = 1.5 atmx soo nm ³ =5750 atm Pxv= 8.3atm x700nm 1³ = 5810 atm nm³ A first data point = 5750atm.nm²³ 3. If a sample of gas at 25°C has a volume of 536ml at 637torr, what will its volume be if the pressure is increased to 712 torr? Show calculations! 637 torr ~536ml 3 Data Exp. 1: Boyle's Law Experiment with 50 red particles (light) Distance [nm] 5.0 7.0 9.0 $1.0 13.0 15.0 Volume [nm] 500 700 11:00 1300 1500 Pressure [atm] 11.S 4.3 6.9 5.3 4.9 Temp. [°C] Volume is calculated by Distance x 100mm 28.65 28,65 28,65 28.65 28.65 28.65 2

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ANSWER 1 The relationship between the pressure of a gas and its volume is described by Boyles law According to Boyles law when the volume of a gas inc... View the full answer