KE problem

[Yusuf21259]

now we have an A character and a B character
Character A is the size and mass of a planet
Character B is the size of an ordinary human being.
a landmass as large as the solar system
With B character KE, he applies energy and moves a planet from the sky up to x distance and achieves great planet success.
Character A also runs the distance and time of character B by running equally, will the success of these two characters be the same?

 

[Newendigo]

You probably need to explain better the OP because the way you wrote this is confusing.

 

[Arceus0x]

You need to say it properly

 

[Yusuf21259]

You probably need to explain better the OP because the way you wrote this is confusing.

You need to say it properly

2 people
Someone
ordinary 1.70 m and 75kg tall
the other is as big and heavy as a planet.
Ordinary man uses KE with telekinesis and moves a planet he sees from the sky and a planet level greater than the applied energy gains success.
A human who is as big and heavy as a planet runs as far as the distance the ordinary person moves the planet, mass this would be equal performance for them or would some factors separate?

 

[Arceus0x]

2 people
Someone
ordinary 1.70 m and 75kg tall
the other is as big and heavy as a planet.
Ordinary man uses KE with telekinesis and moves a planet he sees from the sky and a planet level greater than the applied energy gains success.
A human who is as big and heavy as a planet runs as far as the distance the ordinary person moves the planet, mass this would be equal performance for them or would some factors separate?

What do you mean by "success" in this case?

But if I understood correctly, some dude moved a planet with telekinesis and another dude who is the size of the planet moved at the same speed as the speed of the movement of the planet?

 

[Yusuf21259]

What do you mean by "success" in this case?

But if I understood correctly, some dude moved a planet with telekinesis and another dude who is the size of the planet moved at the same speed as the speed of the movement of the planet?

yes, because their actions are the same, wouldn't the energy expended by the two be equal?

 

[Arceus0x]

yes, because their actions are the same, wouldn't the energy expended by the two be equal?

I mean if the guy moving as fast as the planet is tue same weight as the planet then i think they would be similar in KE

 

[Yusuf21259]

I mean if the guy moving as fast as the planet is tue same weight as the planet then i think they would be similar in KE

yes at exactly the same speed and at the same weight

 

[Yusuf21259]

Systematically correct but
It's a really weird thing when I look at it in terms of logic.