should be in Python

Question 1 (5 points) The following equations D = v*t* cos(0) y=h+v*t* sin(0) 0.5*g*? are used to calculate the x and y coordinates of a projectile object at time to given the object's initial velocity, vand angle. O with initial position x = 0 and y = h. Note: In this equation, the value of O is in radian and 1 = (1/180) Write the following functions 1. Convert_degree_to_radian(angle): The parameter value is in degree and calculates the radian value for the angle. Then returns the radian angle value, 2.new.co ordt, theta, v. g, h): Calculates the x and y coordinates of the object at time t using the equations above. Here h is the objects initial hoighe di natal ordinatel Then returns the newly calculated x and y co-ordinates 3 Driver: 3. Driver(): a. Asks the user for the object's initial velocity, angle, and height (y position) b. Convert the angle to radian by calling appropriate function and saving the return value in a variable c. Prints the object's position for every second until the object's y position is no longer greater than 0 (meaning the object fell back to Earth). The position of the object at every second should be shown in the following format: Time seconds x = ex coordinate> y = Sample Input: Launch angle (deg): 45.0 Launch velocity (m/s): 100.0 Initial height (m): 3.0 Sample Output: By 2 71 y 69 141 y 125 4 212 y = 171 281297 - 254 me 25