The Canadarm is a robotic arm used on spacecraft to support tasks like capturing and maneuvering payloads in space. It helps humans adapt to space by enabling astronauts to perform delicate operations, like deploying satellites or conducting repairs, without the need for risky spacewalks. This enhances efficiency and safety during space missions.
The Canadarm was built by the Canadian Space Agency in partnership with NASA to assist with space missions, including satellite deployment, spacecraft maintenance, and astronaut assistance during spacewalks. Its development showcased Canadian technological expertise and contributed to international space collaboration.
The Canadarm is a type of robotic arm developed in Canada. It has been used on Space Shuttle missions to help retrieve damaged satellites, launch new satellites and in the building of the International Space Station. It was used 90 different times in space.
Using the Canadarm allows for precise and controlled movements in the vacuum of space without exposing astronauts to unnecessary risks. It also enables tasks to be done more efficiently and with less effort than if astronauts were to perform them manually.
Humans investigate space to learn more about the universe, expand scientific knowledge, search for extraterrestrial life, and to potentially find resources that could benefit Earth or help us in future space exploration endeavors. Additionally, studying space can help us understand our place in the cosmos and the origins of the universe.
Yes, space shuttles carry humans. Well in order to help with the computers. -Nicolette Espinozaaaa! ;* <3
The Canadarm was built by the Canadian Space Agency in partnership with NASA to assist with space missions, including satellite deployment, spacecraft maintenance, and astronaut assistance during spacewalks. Its development showcased Canadian technological expertise and contributed to international space collaboration.
The Canadarm is a type of robotic arm developed in Canada. It has been used on Space Shuttle missions to help retrieve damaged satellites, launch new satellites and in the building of the International Space Station. It was used 90 different times in space.
the viruses help the immune system adapt and get stronger
Using the Canadarm allows for precise and controlled movements in the vacuum of space without exposing astronauts to unnecessary risks. It also enables tasks to be done more efficiently and with less effort than if astronauts were to perform them manually.
It would be useful in space flight.
Yes a space station carries humans in order to help the rocket leave safely and come back safely
space shuttles
Humans adapt to sinkholes by implementing infrastructure designs that account for the presence of sinkholes, such as diversion structures and reinforced foundations. Monitoring and early detection systems can also help reduce the risks associated with sinkholes. Additionally, educating communities on the potential dangers and providing resources for mitigation efforts can further help adapt to sinkhole-prone areas.
Humans investigate space to learn more about the universe, expand scientific knowledge, search for extraterrestrial life, and to potentially find resources that could benefit Earth or help us in future space exploration endeavors. Additionally, studying space can help us understand our place in the cosmos and the origins of the universe.
Yes, space shuttles carry humans. Well in order to help with the computers. -Nicolette Espinozaaaa! ;* <3
can technology help people adapt environment
Yes we do because if you think about we have jackets with fur to help us in the cold and flippers for swimming we got those from animals.