What is the formula for vertical velocity? What is it at maximum height? That will give you the initial vertical velocity. From that, you can use your formula to find maximum height (Hint: what is t at maximum height?).Awsom Guy said:Homework Statement
A projectile is launched in such a way as to have a time of flight of 41s and a range of 11 750m.
Calculate:
a) the maximum height reached;
b) the launch velocity of the projectile.Homework Equations
h=ut-1/2gt^2The Attempt at a Solution
h=-1/2gt^2
-1/2 * 9.8 * 41^2
I don't get the answer.
The launch velocity of a projectile is the initial speed at which an object is projected or thrown. It is the speed at which the projectile leaves the surface from which it was launched.
The launch velocity of a projectile is calculated by dividing the distance traveled by the time it took to travel that distance. This is also known as the average velocity formula, where velocity equals distance divided by time.
The launch velocity of a projectile can be affected by various factors including the angle of launch, the mass of the projectile, the force applied, and air resistance. These factors can impact the speed and trajectory of the projectile.
The launch velocity of a projectile is important in physics because it is a key component in understanding the motion and behavior of objects in motion. It helps determine the range, height, and flight path of a projectile and is crucial in many real-world applications, such as ballistics and sports.
The launch velocity of a projectile can be affected by the environment it is launched in. In a vacuum, the velocity would remain constant, but in the presence of air resistance, the velocity would decrease over time. Additionally, factors such as altitude and wind can also affect the launch velocity of a projectile in different environments.