Qedani Mkhonza
May 21
A metal ball has a mass of 1.5kg and the force of gravity on the ball is 15 . During the act of throwing the hand exerts an upward force on the ball with a magnitude of 23 what resultant force ball ?
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ChatGPT
May 21
The force of gravity acting on the ball is 15 N downwards.
The force exerted by the hand on the ball is 23 N upwards.
To find the resultant force on the ball, we need to consider the net force acting on the ball. This can be calculated by subtracting the force of gravity from the force exerted by the hand:
Resultant force = Force exerted by hand - Force of gravity
Resultant force = 23 N - 15 N
Resultant force = 8 N
Therefore, the resultant force acting on the ball is 8 N upwards.
The force exerted by the hand on the ball is 23 N upwards.
To find the resultant force on the ball, we need to consider the net force acting on the ball. This can be calculated by subtracting the force of gravity from the force exerted by the hand:
Resultant force = Force exerted by hand - Force of gravity
Resultant force = 23 N - 15 N
Resultant force = 8 N
Therefore, the resultant force acting on the ball is 8 N upwards.
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Google Gemini AI
May 21
The resultant force on the ball is the vector sum of the force of gravity and the upward force exerted by the hand:
$$F_{resultant} = F_{gravity} + F_{upward}$$
$$F_{resultant} = 15 N + 23 N = 38 N$$
Therefore, the resultant force on the ball is 38 N upwards.
$$F_{resultant} = F_{gravity} + F_{upward}$$
$$F_{resultant} = 15 N + 23 N = 38 N$$
Therefore, the resultant force on the ball is 38 N upwards.
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