Please apply the following adjustment: Height = 0 m, Angle = 30%, V (initial speed) = 20 m/s and No Air Resistance Step 4: In this step, you have to select two different masses (Pumpkin and Car), start the simulation record the total horizontal displacement-X (Range) and total Time -T for each mass and answer the questions on Assignment 1 on Blackboard. Q1. What is the range ( horizontal displacement ) for Pumpkin? Do not add unit, just write the number in two decimal places x ( Pumpkin) = ? Q2. What is the range ( horizontal displacement ) for Car? Do not add unit, just write the number in two decimal places. x ( Car) = ? So That's Physics GSCI 1014 Assignment # 1 -5% Q3. Based on the answers for Question 1 and 2, comparing the ranges for X(Pumpkin) and X(Car) what do you conclude? Q4. What is the time of the projectile motion for the Car, (from start till end when it hits the ground) T(Pumpkin) =? Q5. What is the time of the projectile motion for the Car, ( from start till end when it hits the ground) T( Car) = ? Q6. From the results on Questions 4 and 5, what can you conclude for the time of two different mass? Q7. What is your final perception based on the results for X ( range) and T ( time) You can use the following table to record all the numbers for X(range) and T(time) and insert and answer the questions based on that. Mass # 1 = Pumpkin Mass # 2 = Car X t