A little question ?

[Might_Path]

How can I calculate the energy to CREATE a solar system , is there is a formula or something like that ?

 

[Crimson_Azoth]

No, not that I'm aware of. Creating a solar system would likely be 4-B though

 

[Might_Path]

No, not that I'm aware of. Creating a solar system would likely be 4-B though

Is it baseline 4-B or what ?

 

[Crimson_Azoth]

I'm sorry, I have no idea.

But after a little look, it seems like the formula for creation energy might be ((area of the solar system / pi)^(1/2)/0.28)^3/1000 = energy in megatons of TNT

 

[Might_Path]

I'm sorry, I have no idea.
But after a little look, it seems like the formula for creation energy might be ((area of the solar system / pi)^(1/2)/0.28)^3/1000 = energy in megatons of TNT

thx

 

[Might_Path]

I'm sorry, I have no idea.
But after a little look, it seems like the formula for creation energy might be ((area of the solar system / pi)^(1/2)/0.28)^3/1000 = energy in megatons of TNT

are you sure ?

(area of the solar system / pi)^(1/2)/0.28)^3/1000

Can you make a example with our solar system ?

 

[Assaltwaffle]

By "creating the solar system" do you mean creating the solar system's space and everything in between or just the matter?

Big difference between those.

 

[Might_Path]

By "creating the solar system" do you mean creating the solar system's space and everything in between or just the matter?
Big difference between those.

just the matter

 

[Assaltwaffle]

Then you'd use mass-energy conversion for the desired mass created.

Our Sun holds 99.86% of the mass of the entire solar system, with only 0.14% being among the planets. Multiply 1.989x10^30 by 1.0014 to get 1.9918x10^30 and plug that into E=M*c^2 to get 1.79x10^47 joules.

Unsurprisingly in Solar System Level.

Be warned, though, as you go into higher tiers space becomes so sparse that creating matter from energy isn't as potent as you think it may be.

 

[Might_Path]

Then you'd use mass-energy conversion for the desired mass created.
Our Sun holds 99.86% of the mass of the entire solar system, with only 0.14% being among the planets. Multiply 1.989x10^30 by 1.0014 to get 1.9918x10^30 and plug that into E=M*c^2 to get 1.79x10^47 joules.

Unsurprisingly in Solar System Level.

Be warned, though, as you go into higher tiers space becomes so sparse that creating matter from energy isn't as potent as you think it may be.

thanks alot

 

[Might_Path]

Then you'd use mass-energy conversion for the desired mass created.
Our Sun holds 99.86% of the mass of the entire solar system, with only 0.14% being among the planets. Multiply 1.989x10^30 by 1.0014 to get 1.9918x10^30 and plug that into E=M*c^2 to get 1.79x10^47 joules.

Unsurprisingly in Solar System Level.

Be warned, though, as you go into higher tiers space becomes so sparse that creating matter from energy isn't as potent as you think it may be.

Sorry to bug you with all these questions

what I should do to calc creating the solar system's space and everything in between ?