Or
Option 2
Upwards as positive:
This is higher than the height needed to reach point T (2,1 m), therefore, the ball will pass point T.
Or
Downwards as positive:
This is higher than the height needed to reach point T (2,1 m), therefore, the ball will pass point T.
Or
Option 3
Any one
This is higher than the height needed to pass the target (2,1 m), therefore, the ball will pass the target.
Or
Option 4
This is higher than the point height needed to pass point T (2,1 m), therefore, the ball will pass point T.
Or
Option 5
Upwards as positive:
If the highest point is yf then ∆y = (yf – y1,6). At the highest point, vf is zero.
Yes.
Or
This point (4,47m) is higher than point T (or even the required height of 2,1 m), therefore, the ball will pass point T.
Or
Downwards as positive:
If the highest point is yf then Δy = (yf – y1,6). At the highest point, vf is zero.
Height is 4,47 m.
This point (4,47 m) is higher than point T (or even the required height of 2,1 m), therefore, the ball will pass point T.
Or
Option 6
Upwards as positive:
If the highest point is yf then Δy = (yf – y1,6) At the highest point, vf is zero.
This point (4,47m) is higher than point T (or even the required height of 2,1 m), therefore, the ball will pass point T.
Or
Downwards as positive:
If the highest point is yf then Δy = (yf – y1,6). At the highest point, vf is zero.
Height is 4,47 m.
This point (4,47m) is higher than point T (or even the required height of 2,1 m), therefore, the ball will pass point T.
Or
Option 7
Upwards as positive:
This is higher than the height needed to pass the target (2,1 m), therefore, the ball will pass the target.
Or
Downwards as positive:
Height is 2,98 m.
This is higher than the height needed to pass the target (2,1 m), therefore, the ball will pass the target.
Or
Option 8
Upwards as positive:
At the highest point, vf is zero:
This is the actual velocity needed to reach the target. The given velocity is greater than the actual velocity needed. The ball will pass the target.
Or
Downwards as positive:
At the highest point, vf is zero:
This is the actual velocity needed to pass the target. The given velocity is greater than the actual velocity needed. The ball will reach the target.
Or
Option 9
Or
Option 10
Upwards as positive:
Or
Downwards as positive:
Or
Option 11
Upwards as positive:
The time to pass point T is less than the time to reach maximum height. The ball will pass point T.
Or
Downwards as positive:
The time to reach point T is less than the time to reach maximum height. The ball will pass point T.
Or
Option 12
Upwards as positive:
Velocity at T is 3,88 m·s-1, therefore, the ball still moving towards its maximum height.
Or
Downwards as positive:
Velocity at T is -3,88 m·s-1, therefore, the ball is still moving towards its maximum height.