a ball is thrown up,the value of g will be
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Hey there,
The acceleration due to gravity on any planet is defines by the formula-->
g=√Gm/r²
where,
G=universal constant of gravitation
m=mass of the plane
r=radius of the planet.
So if the ball is thrown upwards, the value of acceleration due to gravity will remain unchanged.
Though it will be taken with negative(-) sign since the acceleration is against motion, but the value of g remains unchanged.
g=9.8137 m/s²→9.8 m/s²→10 m/s²
PLEASE MARK AS BRAINLIEST IF HELPFUL!!!
Regards
07161020
Brainly Star
Ace
The acceleration due to gravity on any planet is defines by the formula-->
g=√Gm/r²
where,
G=universal constant of gravitation
m=mass of the plane
r=radius of the planet.
So if the ball is thrown upwards, the value of acceleration due to gravity will remain unchanged.
Though it will be taken with negative(-) sign since the acceleration is against motion, but the value of g remains unchanged.
g=9.8137 m/s²→9.8 m/s²→10 m/s²
PLEASE MARK AS BRAINLIEST IF HELPFUL!!!
Regards
07161020
Brainly Star
Ace
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