The Apollo spacecraft operated on electrical power generated by fuel cells which create electricity by combining hydrogen and oxygen.
If you mean what fuels were used visit the link below.
If this is not what was meant by the question please clarify.
The Apollo 11 spacecraft used approximately 7.6 million pounds of fuel for its entire mission, including the journey to the Moon, lunar landing, and return to Earth. The Saturn V rocket that launched the spacecraft had three stages, each burning a different type of fuel to propel the spacecraft into space.
The Apollo 13 mission used the Apollo spacecraft, specifically the Apollo Command Module named "Odyssey" and the Lunar Module named "Aquarius." These craft were used for various purposes during the mission, such as orbiting the Moon and returning the astronauts safely to Earth.
The mammoth Saturn V 3-stage liquid fueled Lunar Launch Vehicle was responsible for the successful launch of all of the Apollo spacecraft (except of course Apollo 1, destroyed by fire on the launch pad during testing). The Vehicle Assembly Building at Kennedy Space Center at Cape Canaveral, Florida, was specifically designed and built to assemble and service the Saturn V. When being rolled out on the crawler to the launch pad, the tip of the nose cone cleared the top of the doorway by only 6'. With the Apollo spacecraft aboard, the Saturn V was 363' tall and 33' wide, and weighed 6,699,000 lbs. It was just 1 foot shorter than St. Paul's Cathedral in London.
Apollo 11 was a mission, Saturn V was a rocket. The Apollo 11 mission was the first Apollo mission to land man on the moon, it use a Saturn V rocket to take off from earth and get in to orbit.
No, Apollo missions used capsules launched atop Saturn V rockets to reach the Moon. Space shuttles were a different type of spacecraft used by NASA for various missions such as deploying satellites and building the International Space Station.
Solar-powered spacecraft operate using solar panels to convert sunlight into electrical energy, which can then power the spacecraft's systems. Solar power is a renewable energy source that will not run out as long as the sun continues to shine.
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The Apollo 11 spacecraft used approximately 7.6 million pounds of fuel for its entire mission, including the journey to the Moon, lunar landing, and return to Earth. The Saturn V rocket that launched the spacecraft had three stages, each burning a different type of fuel to propel the spacecraft into space.
Talking is powered by chemical energy derived from the food you've eaten.
It changes mechanical energy into electrical energy. Hope that helps.
The Apollo 13 mission used the Apollo spacecraft, specifically the Apollo Command Module named "Odyssey" and the Lunar Module named "Aquarius." These craft were used for various purposes during the mission, such as orbiting the Moon and returning the astronauts safely to Earth.
If you mean the Mars pathfinder, then I would say nothing. Apollo 11 did not use any type of wheeled vehicle anywhere on their mission, and certainly nothing robotic. The lunar rovers we're used until Apollo 15.
It changes mechanical energy into electrical energy. Hope that helps.
Electrical energy DC type as stored in batteries.
Trains are typically powered by electrical energy. This energy is converted into mechanical energy to move the train along the tracks. Some trains may also be powered by diesel engines, which convert chemical energy into mechanical energy.
The mammoth Saturn V 3-stage liquid fueled Lunar Launch Vehicle was responsible for the successful launch of all of the Apollo spacecraft (except of course Apollo 1, destroyed by fire on the launch pad during testing). The Vehicle Assembly Building at Kennedy Space Center at Cape Canaveral, Florida, was specifically designed and built to assemble and service the Saturn V. When being rolled out on the crawler to the launch pad, the tip of the nose cone cleared the top of the doorway by only 6'. With the Apollo spacecraft aboard, the Saturn V was 363' tall and 33' wide, and weighed 6,699,000 lbs. It was just 1 foot shorter than St. Paul's Cathedral in London.
An eyelash fluttering is a form of mechanical energy, as it involves the movement of the eyelash. This movement is powered by muscle contractions in the eyelid.