The objective of the car jump competition is to drive over a 7 m long (horizontally) and 1.5 m high (vertically) jump ramp and jump over 9 cars parked tightly side-by-side, approximately 1.8 m x 9 = 16.2 m long distance. Car jumps utilize the slop of the ramp and fast speed to create a catapult effect that launch the car into the air at an angle like a catapult. Since the slop of the ramp is fixed, the distance of the jump will be determined by the velocity of the car when it jumps off the ramp. Car repairs can be time consuming and expensive. Write a MATLAB App Designer app using Graphical User Interface (GUI) to help the race driver to visualize the jump and simulate the result. Add an Axes to show a picture of the race car in GUI when the app starts. Add another Axes in GUI to plot the jump ramp and parked cars in GUI when the app starts. 1. The jump ramp is 7 meters long (measured horizontally) and 1.5 meters tall (measured vertically). Create a new variable to store the jump ramp x-direction coordinates, 0 and 7. Create another new variable to store the jump ramp y-direction coordinates, 0 and 1.5. 2. The tightly parked cars (for the race drivers to jump over) are