You need to know how fast the ball is going, and divide the speed by the distance, which is 3 meters.
3 ft
2
No you do not need the same amount of force to throw a basketball 3 meters as you would need to throw a golf ball 3 meters. The amount of force required to throw a basketball 3 meters depends on several factors: The weight of the ball: Basketballs are much heavier than golf balls. The size of the ball: Basketballs are much larger than golf balls. The amount of air resistance: Basketballs are much more aerodynamic than golf balls.Therefore you would need to generate more force to throw a basketball 3 meters than you would to throw a golf ball 3 meters.
"3.2" or "3.20" please put all of that
That depends on whether you mean a golf ball, or something large and light like a volleyball,which is more venerable to air resistance, and would have to have a higher initial speed to reach 60m.
3 ft
To answer this question and ones like it, try exaggerating. Does it take the same amount of force to throw a cannon ball 3 meters as it does to throw a golf ball 3 meters?
2
H = 1/2 G T2 = (1/2) (9.8) (4.15)2 = (4.9) (17.2225) = 84.4 meters (rounded)
cubic metres
After the 7th bounce, the ball will reach a height of 1 meter. This is because after each bounce, the ball reaches half of its previous height. So, after 1 bounce it reaches 64 meters, after 2 bounces it reaches 32 meters, after 3 bounces it reaches 16 meters, and so on, until it reaches 1 meter after the 7th bounce.
The time taken by the ball to reach the maximum height is 1 second. The maximum height reached by the ball is 36 meters.
No you do not need the same amount of force to throw a basketball 3 meters as you would need to throw a golf ball 3 meters. The amount of force required to throw a basketball 3 meters depends on several factors: The weight of the ball: Basketballs are much heavier than golf balls. The size of the ball: Basketballs are much larger than golf balls. The amount of air resistance: Basketballs are much more aerodynamic than golf balls.Therefore you would need to generate more force to throw a basketball 3 meters than you would to throw a golf ball 3 meters.
Using the horizontal distance and horizontal velocity of the ball, you can calculate the time it took for the ball to reach the ground. Then, you can use the time and the vertical acceleration due to gravity to find the height of the cliff using the equation: height = (1/2) * gravity * time^2. In this case, the height of the cliff would be approximately 11.3 meters.
The amount of displacement of the ball is the change in position from its initial position to its final position. It can be calculated by finding the straight-line distance between the starting point and the ending point of the ball's motion.
You are allowed a reasonable amount of time to reach the ball, and then ten seconds from that point. If you take an excessive amount of time you can be penalised so be careful.
The total displacement of the ball is the difference between the uphill distance (5 meters) and the downhill distance (9 meters), as displacement considers the final position relative to the initial position. Therefore, the displacement of the ball is 9 meters (downhill distance) - 5 meters (uphill distance) = 4 meters.