Rocket's forces and acceleration

AI Thread Summary
A rocket with a mass of 3.04x10(6) kg and a thrust force of 3.40x10(7) N is being analyzed for its resultant force and acceleration. The discussion highlights the importance of considering gravity as a force acting on the rocket. Participants encourage showing work to facilitate understanding and troubleshooting of the calculations. One user expresses that they have made progress and will verify their answers before seeking further assistance. The conversation emphasizes collaborative problem-solving in physics.
ybm
Messages
6
Reaction score
0

Homework Statement



A rocket has a mass of 3.04x10(6)kg. It takes off vertically with a thrust force of 3.40x10(7)N.

Find:

(a) The resultant force.
(b) The initial acceleration
(c) After reaching a speed of 2390ms(-1) after 150seconds, the average acceleration.

Homework Equations



/

The Attempt at a Solution



I'd really appreciate someone to provide some help with this, I'm quite stuck :(

Thanks :)
 
Physics news on Phys.org
What other forces are acting on the rocket?
 
jegues said:
What other forces are acting on the rocket?

Gravity.
 
So why are you having trouble calculating the resultant force? Did you even try the problem... Next time make an attempt at the solution otherwise you're not going to learn anything.
 
jegues said:
So why are you having trouble calculating the resultant force? Did you even try the problem... Next time make an attempt at the solution otherwise you're not going to learn anything.

Jegues,

Of course I attempted it, but I do not understand it. Hence why I am asking for assistance.

Thank you.
 
If you attempted it and are having troubles, show us your work.

We will help you work through your sticking points.
 
jegues said:
If you attempted it and are having troubles, show us your work.

We will help you work through your sticking points.

Hi Jegues,

I seem to have worked out that, I'm going to check the answers and if it's wrong I'll reply to this thread to see where I've gone wrong.

Thanks!
 
No problem.
 
Back
Top