I wanna the answer with python coding. I wanna all the steps. (Programing) Do not put any other answers that not related to the question. Please check it

this is all information.

vector = (0, -10, 0) g = vector() v0 = 25 # the initial velocity pi = 3.14 theta = (35*pi)/180

t =v0*math.sin(theta)/g h = v0*math.sin(theta)*t-0.5*g*t**2

t1 = 2*v0*math.sin(theta)/g # the time of flight

horizontal_dist = (v0**2)*math.sin(2*theta) r = vector(0, h, 0) plot(xtitle) ="x-position [m]", ytitle ="y-position [m]")

this is what I did only

Exercise 8: Motion under the influence of gravity A projectile is launched from the relative position (0,0) m into the air at an angle of 35 to the horizontal with a speed of 25 ms-1. Using the equations of motion that you have seen in PH 183 plot a graph of the projectile's y position against its x position. Your plot should show the motion of the projectile from (0,0) to (Sx, 0), where Sx is the distance travelled by the projectile in the x direction. You will need to determine the time of flight. Assume that the magnitude of g = 10 ms. It can be assumed that there is no air resistance and gravity is the only force acting on the projectile