First of all find t in terms of Vo, sinθ and g. substitute this value in the expression for R and solve for Vo.Jimkatz809 said:Vo is not given
The formula for finding initial velocity with only distance, angle, and acceleration is v0 = √(d * g * 2 * sin(θ)) where v0 is the initial velocity, d is the distance, g is the acceleration due to gravity, and θ is the angle of launch.
Distance (d) is the length of the path traveled by the object, angle (θ) is the angle at which the object is launched, and acceleration due to gravity (g) is the rate at which objects fall towards the earth. These variables are necessary in the formula to calculate the initial velocity of the object.
No, this formula is specifically for calculating the initial velocity of an object launched at an angle (projectile motion) with only the given variables. It cannot be used for other types of motion such as uniform or non-uniform motion.
This formula is accurate for calculating the initial velocity of an object in ideal conditions, where there is no air resistance or external forces acting on the object. In real-world scenarios, there may be slight variations due to external factors.
Yes, this formula assumes that the object is launched at an angle and that the acceleration due to gravity is constant. It also does not take into account air resistance or other external forces. Additionally, it may not be accurate for objects with complex trajectories or irregular shapes.