HI, need help with 4-6. Thank you **Educational Exercise: Gas Volume Correction****Directions:** Part A: Correct the volume of each of the following dry gases as indicated.1. 100.0 ml at 780.0 mm to standard pressure **Answer:** _________________2. 250.0 ml at standard pressure to 740.0 mm **Answer:** _________________3. 25.0 ml at standard pressure to 600.0 mm **Answer:** _________________4. 750.0 ml at 700.0 torr to 800.0 torr **Answer:** _________________5. 45.0 ml at 1.045 atm to 1.050 atm **Answer:** _________________6. 200.0 ml at 0.987 atm to standard pressure **Answer:** _________________7. 36.7 ml at 825.0 torr to 745 torr **Answer:** _________________8. 150.0 ml at 10,000.0 torr to 0.00150 torr **Answer:** _________________9. 25.0 ml at 10.000. atm to 0.00150 atm **Answer:** _________________10. 62.45 ml at 638 torr to standard pressure **Answer:** _________________**Explanation of Diagrams or Graphs:**There are no diagrams or graphs included in this exercise. The task involves calculating the corrected volumes for various pressures, likely using the ideal gas law or related formulas.

Use the Boyle's law. At constant temperature, the pressure of a gas is inversely proportional to the volume occupied it.The mathematical form of the Boyle's law is PiVi=PfVf P represents pressure V represents volume i represents initial condition f represents final condition Rearrange the equation to Vf=PiViPf .......Equation (1)Question 4: Use the equation (1) for calculation of volume at 800.0 torr. Vf=PiViPf=700.0 torr ×750.0 mL800.0 torr=656.2 mL Answer for question 4 is 656.2 mLQuestion 5: Use the equation (1) for calculation of volume at 1.050 atm Vf=PiViPf=1.045 atm ×45.0 mL1.050 atm=44.8 mL Answer for question 5 is 44.8 mLQuestion 6: Use the equation (1) for calculation of volume at standard pressure i:e 1.00 atm Vf=PiViPf=0.987 atm ×200.0 mL1.00 atm=197 mL Answer for question 6 is 197 mL