A ball is thrown straight upward on the Moon. Is the maximum height it reaches less than, equal to, or greater than the maximum height reached by a ball thrown upward on the Earth with the same initial speed (no air resistance in both cases)?
2 answers:
They will have the same kinetic energy as the release for both. (1/2)mV^2=mgh
The maximum height on moon is HIGHER than the maximum height on earth
You might be interested in
Answer:
mass = 4kg
Explanation:
Kinetic Energy = 1/2 x m x v²
where m = mass and v = velocity
So,
KE = 50
1/2 × m × 5² = 50
1/2 × m × 25 = 50
m = (50 x 2)/25
m = 100/25
m = 4 kg
The answer will be 8 because kedks
Hi,
I have one reason the reaction take place faster because the molecules are going at a faster pace because the temperature is rising
Answer:true,because velocity is directly proportional to speed or velocity
Explanation:
Velocity = frequency x wavelength
The velocity or speed varies directly with the frequency, so as the frequency is increased, the velocity or speed is also increased
