The elapsed time between launch and impact. Start a stopwatch when the projectile is launched. Stop it when it lands. The reading on the stopwatch is the "time of flight".Chandra Prayaga said:What is meant by "time of flight?"
When a particle projected from any point [consider O] and reaches the same horizontal plane at any point [consoder B]. The total time taken to reach B is the time of flight.Chandra Prayaga said:What is meant by "time of flight?"
The y-component, or vertical component, is important in projectile motion because it determines the height and trajectory of the projectile. Without considering the y-component, we would not be able to accurately predict where the projectile will land.
'TF' stands for time of flight, which is the total amount of time the projectile is in the air. It is important to consider the y-component in calculating the time of flight because the projectile's vertical motion affects how long it will remain in the air.
No, it is not sufficient to only consider the x-component in projectile motion. The motion of a projectile is two-dimensional, meaning both the x and y components must be taken into account to accurately predict its path and landing point.
The range of a projectile, or the horizontal distance it travels, is affected by the y-component because the vertical motion of the projectile affects its time of flight. The longer the projectile remains in the air, the farther it will travel horizontally.
Yes, the y-component is still important even if the projectile is launched horizontally. While the initial velocity in the y-direction may be zero, the projectile will still experience acceleration due to gravity, which will affect its trajectory and landing point.