The Angry Bird Decision Plan and create a program that takes user input, uses Python looping procedures to calculate the required output, and format the output for the user. Red, our Angry Bird friend, will be shot from a catapult again. This time, you've been given the equation that projects his trajectory based on his initial velocity (vo), his angle of launch (O), and the acceleration due to gravity gx y = x tantheta - gx^2/2vo^2 cos^2 theta
You've been informed that the wall he must knock down is 202.3 m away
a. Take user input for Red’s initial velocity (for testing, start with 45 m/s).
b. For the input velocity, at what angle must your catapult be set to reach the wall at a height of 1 m (+/- 0.1m)? Use Earth’s gravity. Start at 0 degrees, and increase the angle until the required condition is met. Not all initial velocities will have a solution; in these cases, tell the user there is no solution for Red.
c. Plot his trajectory. Use the instructions from Lab05, Activity 3 for help in creating the plot. Do not create a plot if there is no solution for the velocity the user input.
d. This was on Earth, what if we move to Mars? e. Report to the user the angle you calculated and the height of impact for both Earth and Mars.