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A stone is shoot out from a cataplut with the initial velocity of 30m/s at an elevation of 60.find

(a)Time of flight
(b)maximum height
(c) The range.

(a) t = 2 * [30 sin(60º) / g]

(b) h = t * 30 sin(60º) / 2

(c) r = t * 30 cos(60º)

Did you know?

Did you know that you can calculate various properties of a projectile's motion? For instance, if a stone is shot out of a catapult with an initial velocity of 30m/s at an elevation of 60°, you can determine the following: (a) Time of flight: By utilizing equations of motion, you can find out how long the stone remains in the air before falling back to the ground. (b) Maximum height: With the help of kinematic equations, you can ascertain the highest point the stone reaches in its trajectory. (c) The range: By analyzing the motion equations, it is possible to determine the horizontal distance covered by the stone before hitting the ground. Understanding the calculations behind these values can provide insights into the behavior of projectiles and the principles of physics they adhere to.