The space shuttle is a reusable spacecraft that can launch like a rocket but can also land like an airplane. Rockets are typically one-time use vehicles that are not designed to return to Earth intact. Additionally, the space shuttle can carry astronauts and cargo to space, whereas rockets are mainly used for payload delivery.
No, rockets do not need fins in space because fins are used for stability and control in Earth's atmosphere, not in the vacuum of space. In space, rockets rely on thrusters for maneuvering and direction control.
Early astronauts went into space aboard rockets protected within a capsule that would orbit the earth and then return by landing in the ocean where military helicopters and ships would recover them.
Space stations are assembled in space, section by section. The sections are pre-assembled on earth in pieces small enough to be carried into space by rockets, then removed from the rockets and attached to the existing station.
Rockets carry spacecraft into space, where they can orbit Earth, travel to other planets, or explore the cosmos. Rockets follow carefully calculated trajectories to reach their destination and fulfill their mission objectives.
Rockets such as the Saturn V, Falcon 9, and Space Launch System (SLS) have been used to successfully launch spacecraft and travel into space. These rockets generate enough thrust to overcome Earth's gravity and propel spacecraft beyond our planet's atmosphere into space.
The main difference between space shuttles and other space vehicles is that space shuttles are reusable spacecraft that can carry astronauts and cargo to space and return to Earth like an airplane, while other space vehicles are usually one-time use rockets that are not designed to be reused. Space shuttles also have the ability to perform missions in space and return to Earth multiple times.
that it has rockets booster so it can get off earth into space
Astronauts get in space by riding rockets that shoot them up and away from the Earth's gravitational pull.
Rockets work better in space than in air. In space, rockets don't have to overcome the resistance caused by air, allowing them to achieve higher speeds and more efficient propulsion. In contrast, in the Earth's atmosphere, rockets have to fight against air resistance which hinders their performance.
To reach outer space, rockets must escape the force of gravity. Gravity is the force that pulls objects towards the center of a mass, such as the Earth. Rockets need to generate enough thrust to overcome Earth's gravity and reach escape velocity to enter outer space.
Rockets aren't necessarily good for space travel they are a necessity. You cant leave earth without a rocket... you wont be able to break through the atmosphere.