Directions: Solve the following problems using GRESA and answer the last question. 1. Calculate the pressure exerted by a 0.25 mole sulfur hexafluoride in a steel vessel having a capacity of 1 250 mL at 70.0 .C. 2. Fermentation of glucose produces gas in the form of carbon dioxide. How many moles of carbon dioxide is produced if 0.78 L of carbon dioxide at 20.1 "C and 1,00 atm was collected during the process? 3. How was the ideal gas equation derived? Explain.A. Directions: Calculate the volume in (L/mol) based on the following data on Avogadro's hypothesis Volume (L) Number of Moles (mol) V (L/ mal) 2.50 0.5 5.00 1.O 7.50 1.5 10.00 2.0 12 50 2.5 B. Directions: Construct a line graph of volume-mole in your answer sheet Guide Questions: Q1. What have you noticed with your answers? No. of moles (mol] Q2. What relationship exists between the volume and the number of moles?B. Directions: Given are situations that show the behavior of gases. Write the kinetic molecular theory assumption being described in each number. Situations Assumptions 1. A student can still inflate a balloon with air 2. Tires of motor vehicles usually burat during summer 3. An empty balloon will eventually expand once heated