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What are the main differences between rockets and space shuttles in terms of purpose and capabilities?

    Rockets and space shuttles differ in purpose and capabilities.

    A rocket is primarily designed for the propulsion of payloads into space. Its main function is to provide the necessary thrust to overcome Earth’s gravity, allowing it to reach orbit or travel beyond. Rockets are typically disposable, meaning they are not meant to be reused or returned to Earth. They are built to withstand the intense heat and pressure of launch and function in the harsh conditions of space.

    On the other hand, a space shuttle is a specific type of spacecraft designed for human spaceflight. It combines the capabilities of a rocket with those of an airplane. A space shuttle can be launched into space by a rocket and then return to Earth like an airplane, allowing for reusability. The ability to return to Earth makes space shuttles ideal for various missions, including deploying satellites, performing scientific experiments, and transporting astronauts to and from the International Space Station.

    In summary, rockets are primarily used for payload delivery and are disposable, while space shuttles are capable of carrying humans and cargo, and can be reused multiple times.

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