Then don't. There is no basis for such an assumption.Alexanddros81 said:
It's correct.Alexanddros81 said:
To calculate the height (h) of a projectile launched at a given angle (θ) and initial velocity (v0), you can use the formula h = (v02 * sin2θ)/(2g), where g is the acceleration due to gravity (9.8 m/s2).
No, the initial velocity is a crucial component in calculating the height of a projectile. Without knowing the initial velocity, it is not possible to accurately determine the height.
The angle of launch plays a significant role in determining the height of a projectile. The higher the angle, the higher the maximum height the projectile will reach. However, if the angle is too low, the projectile may not reach a significant height at all.
Yes, air resistance can have an impact on the height calculation for a projectile. However, it is usually negligible for most practical purposes. If air resistance is a significant factor, it can be taken into account by using more complex equations.
Yes, it is possible for the height of a projectile to be greater than the initial height if the angle of launch is high enough. This is because the projectile will reach a maximum height before falling back down. However, if the angle is too low, the projectile may not reach a height greater than the initial height.