Adjust tragectory. Then slingshot. For ex.voyager2
USSR's Sputnik was the first rocket to go to space successfully probably ade a lot before though.
A gyroscope will use the principle of angular momentum to do one or both of two things for a rocket. 1. Stabilize the rocket in terms of pitch, thereby limiting the amount of fin surface area that is required. 2. Minimize roll, allowing the rocket to go higher and faster.
The Apollo 11 rocket was made of poo
It was a German rocket in 1944.
A German made rocket launcher with a rectangle sight is called a panshereck
it pushes the rocket into the air to make it go higher.
yes because a heavy rocket will not go high yes because a heavy rocket will not go high
by water being placed into the bottle and then, when you launch your rocket, the rocket will spin (if it has at least 2 fins) and the water will spurt out and make the rocket go higher in the air. (Tip:the more it spins,the higher it will fly)
no it wil not
use your head
A small rocket might go higher because a smaller rocket has less weight
USSR's Sputnik was the first rocket to go to space successfully probably ade a lot before though.
that the total weight of the rocket is greatly reduced as the rocket rises
to go up on the rocket ship
A gyroscope will use the principle of angular momentum to do one or both of two things for a rocket. 1. Stabilize the rocket in terms of pitch, thereby limiting the amount of fin surface area that is required. 2. Minimize roll, allowing the rocket to go higher and faster.
Everyday a rocket passes and you can go to the ship if the flight is flight 100 and if you have a latias or a latios
A longer fin has increased aerodynamic drag. The geometric relationship between the drag caused by the fins and the center of gravity of the rocket determine the stability of the rocket in flight. Less aerodynamic drag means the rocket can go higher or farther, but it also means the rocket is less stable in flight. This tradeoff has to be considered in the design of the rocket.