Learning Task 1: Plot a Graph Using the data on Table 1, plot a graph with the pressure at the Y axis and Volume at the X axis. Use a graphing paper for your graph. Table 1. Data on Volume-Pressure Relationship Trial Volume (L) Pressure (atm) 1 2.0 10.00 2 4.0 5.00 3 8.0 2.50 4 16.0 1.25 Questions 1. Describe the graph. 2. What is the relationship between volume and pressure at constant temperature? D. Assimilation Learning Task 2. Problem Solving Using the Boyle’s Law equation, P1V1 = P2V2 answer the following problems. 1. Oxygen gas inside a 1.5 L gas tank has a pressure of 0.95 atm. Provided that the temperature remains constant, how much pressure is needed to reduce its volume by ½ ? 2. The inflated balloon that slipped from the hand of Renn has a volume of 0.50 L at sea level ( 1.0 atm) and it reached a height of approximately 8 km where the atmospheric pressure is approximately 0.33 atm. Assuming that the temperature is constant, compute for the final volume of the balloon. V. ASSESSMENT Quiz 1 Solve this and show your complete solution. A sample of fluorine gas occupies a volume of 500mL at 760 torr. Given that the temperature remains the same, calculate the pressure required to reduce its volume by 1/3.​