import math as mt
angle = mt.radians(48)
print(angle)
V = 4.733
g = -9.80665
Vx = mt.cos(angle)*V
Vy = mt.sin(angle)*V
position = [0, 1.13]
timestep = 0.00001
Vxt = Vx/timestep
Vyt = Vy/timestep
gt = g/timestep
while(position[1]>0):
	Vy = Vy + gt
	Vx = Vx - ((0.5*(Vx**2)*0.0006477025*timestep)/(2*0.0095))
	Vy = Vy - ((0.5*(Vy**2)*0.0006477025*timestep)/(2*0.0095))
	Vxt = Vx/timestep
	Vyt = Vy/timestep
	position[0] = position[0] + Vx
	position[1] = position[1] + Vy
print(position[0])

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