LowlyPion said:Maybe if you figured how high it would go you could figure how long it will take to hit the ground from that total height? And then that added to how long it took to get to that height would be your total time wouldn't it?
The formula for finding time when throwing an object up is t = (v0 sinθ)/g, where t is the time, v0 is the initial velocity, θ is the angle of launch, and g is the acceleration due to gravity.
The angle of launch affects the time of flight because it determines the initial vertical and horizontal velocities of the object. A higher angle of launch will result in a shorter time of flight compared to a lower angle of launch.
The initial velocity and time of flight have a direct relationship. This means that as the initial velocity increases, the time of flight also increases. This is because a higher initial velocity will result in a longer distance traveled by the object.
No, the mass of the object does not affect the time of flight. This is because the equation for time of flight does not include mass. However, the mass of the object can affect the initial velocity and therefore indirectly affect the time of flight.
Air resistance can affect the time of flight by slowing down the object's velocity. This is because air resistance acts as a force in the opposite direction of the object's motion, causing it to slow down. Therefore, the object will take longer to reach its maximum height and fall back down, resulting in a longer time of flight.