The parachute of a rocket is used to slow down the rocket when it falls down.
four parachutes
the parachutes slow down the rocket so it doesnt smash into peices when it hits the ground
Model rocket parachutes typically come in several types, including streamers, round parachutes, and square parachutes. Streamers are simple, elongated strips of material that create drag and slow descent but do not fully deploy like a parachute. Round parachutes are the most common and provide stable descent through their circular shape, while square parachutes offer a larger surface area and can provide more controlled, slower landings. Each type is designed to suit different rocket sizes and flight profiles, optimizing recovery based on specific needs.
A rocket lands by deploying 1-7 parachutes and landing in a very deep ocean It depends on the rocket. Most of the earliest never 'landed'. They were designed to destroy whatever they hit.
Virtually every part of a rocket burns up upon re-entering the Earth's atmosphere. The only part that returned from the Moon missions were the very tip of the 365 foot rocket. This capsule contained the 3 astronauts and three parachutes. The space shuttle does a little better. The two white solid rocket boosters fall to Earth and parachutes into the sea. They are collected and reused
yes it is totally better because assassins creed 2 doesn't have parachutes and rocket launchers.
To slow down a rocket, you can fire its engines in the opposite direction of its motion to decrease its speed. This process is known as retrofiring and it creates a thrust opposite to the direction of motion, slowing the rocket down. Alternatively, aerodynamic drag or parachutes can also be used to slow down a rocket during re-entry into Earth's atmosphere.
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They use parachutes on their module to slow down and then land safely in the water to be fished out later.
Its still parachutes.
Parachutes come in varying sizes.
The ejection charge in a rocket serves to deploy recovery systems, such as parachutes, after the rocket has completed its ascent and begins its descent. When ignited, the ejection charge generates gas pressure that forces the recovery system out of its housing, ensuring a safe landing. This charge is crucial for the recovery of the rocket, especially in model rocketry, where the goal is to safely bring the rocket back to the ground for reuse. Without it, recovery systems might fail to deploy, resulting in damage or loss of the rocket.