Oblique motion horizontal displacement calculator
Displacement distance: R = V0 2sin2θ/g
V0 = initial speed
g = gravity acceleration
θ= the angle between the velocity and the horizontal plane
According to the principle of motion independence, the oblique throw motion can be regarded as the combined motion of the uniform linear motion and the vertical upward motion in the horizontal direction to deal with the combined motion of the linear motion and the free fall motion in the V0 direction.
The three elements of the oblique throwing motion are range, shot height and flight time.
The oblique throwing motion has the points of obliquely throwing and obliquely throwing. In general, if not specified, we default to obliquely throwing. The oblique throwing motion is performed in a uniform linear motion in the horizontal direction and in the vertical direction.
I want to calculate: Displacement distance (R)
Initial speed (V0) =5m/s
Gravity acceleration (g) =9.8m/s2
Velocity and Horizontal Angle θ =30
Click "calculate" to output the result
Displacement distance (R) =2.2092484775156627m
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