Hello,
I am a beginner to rocket physics and I would like to know how I can calculate the delta velocity which is required for a flight of a rocket in an angle of 60° which has a horizontal velocity of 200 m/s at its top and gets up to 50 km.
The goal is to design the rocket with an optimal staging. Let's assume the rocket is 1 ton heavy.
If I know my necessary delta velocity, I can use the formulas for staging the rocket. But how can I calculate this delta velocity which has to compose of the altitude of 50 km and 200 m/s on its top?
Normally these values are given like the escape velocity of 11,2 km/s , so I could make my rocket design - but now I do not know the delta velocity I need.
I really appreciate any help of you guys.
Thanks so much!
Helmut
I am a beginner to rocket physics and I would like to know how I can calculate the delta velocity which is required for a flight of a rocket in an angle of 60° which has a horizontal velocity of 200 m/s at its top and gets up to 50 km.
The goal is to design the rocket with an optimal staging. Let's assume the rocket is 1 ton heavy.
If I know my necessary delta velocity, I can use the formulas for staging the rocket. But how can I calculate this delta velocity which has to compose of the altitude of 50 km and 200 m/s on its top?
Normally these values are given like the escape velocity of 11,2 km/s , so I could make my rocket design - but now I do not know the delta velocity I need.
I really appreciate any help of you guys.
Thanks so much!
Helmut