A question related to kicking person so hard that he flies long distance.

[Oleggator]

OK here's Reference for common feats blog. The important thing for me here is "Attacking a Person such that the person flew across a distance before falling onto ground".
I understood it at first, there's need height, mass, velocity which would be found with height and then KE by knowing mass, velocity which we know via height and getting that formula: "KE=0.5*m*v^2"
But what to do when person flew in space after the attack? Like I saw that in this case used relativistic energy model, but which formula should be used exactly? And what should be found on the formula?
Thanks in advance.

 

[Oleggator]

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[Oleggator]

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[Oleggator]

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[Blahblah9755]

This feat is related to sending them horizontally along the ground, assuming a flat Earth (or fiction being fiction and treating it as relatively flat) and level ground. Sending someone to space would either need a timeframe, or use escape velocity to find KE. The relativistic energy model should be used if the speed surpasses 1% the speed of light.

 

[Oleggator]

So, what to do next if timeframe is around 5 seconds and therefore in distance 35785000 meters speed is 2.38% of sol?
Like, any other numbers and values for formula?

 

[Oleggator]

This feat is related to sending them horizontally along the ground, assuming a flat Earth (or fiction being fiction and treating it as relatively flat) and level ground. Sending someone to space would either need a timeframe, or use escape velocity to find KE. The relativistic energy model should be used if the speed surpasses 1% the speed of light.

Bumping my question above since I want to end some calcs based on those kinds of feats.

 

[Blahblah9755]

You just need mass and velocity. You can use the calculator you have in the OP or the one on the calculations page.