Command module pilot Jack Swigert manually stirred the tanks on Apollo 13 after mission control instructed the astronauts to agitate the tanks to help mix the cryogenic oxygen and hydrogen. This was done in an attempt to troubleshoot the issue causing the spacecraft to lose oxygen and power.
When Jack Swigert stirs the O2 tanks, a short circuit causes a spark that ignites the highly pressurized oxygen in the tanks, leading to an explosion that damages the Apollo 13 spacecraft and jeopardizes the crew's mission.
Apollo 13 was a failure because of the explosion of the oxygen tanks and how it damaged the electrical systems. Even though Apollo 13 was a failed mission to the moon, it was all though a success that they all worked together to bring them safely back home.
The two main functions of the oxygen tanks in Apollo 13 were to provide a breathable atmosphere for the astronauts and to produce water through a chemical reaction with hydrogen. The oxygen was used for breathing, while the water was necessary for various tasks on the spacecraft.
The fuel cell oxygen tanks on the Apollo 13 spacecraft malfunctioned on April 13, 1970, during the mission to the Moon. This failure resulted in a critical situation that jeopardized the lives of the astronauts on board.
Apollo 13 did not make it to the moon due to an explosion in one of the oxygen tanks that severely damaged the spacecraft's systems. The crew had to abort the mission and use the lunar module as a lifeboat to safely return to Earth.
When Jack Swigert stirs the O2 tanks, a short circuit causes a spark that ignites the highly pressurized oxygen in the tanks, leading to an explosion that damages the Apollo 13 spacecraft and jeopardizes the crew's mission.
Apollo 13 was a failure because of the explosion of the oxygen tanks and how it damaged the electrical systems. Even though Apollo 13 was a failed mission to the moon, it was all though a success that they all worked together to bring them safely back home.
The two main functions of the oxygen tanks in Apollo 13 were to provide a breathable atmosphere for the astronauts and to produce water through a chemical reaction with hydrogen. The oxygen was used for breathing, while the water was necessary for various tasks on the spacecraft.
what happened was that a coil got damaged and caused an explosion in one of the many oxygen tanks. this happened in April 13, 1970
The fuel cell oxygen tanks on the Apollo 13 spacecraft malfunctioned on April 13, 1970, during the mission to the Moon. This failure resulted in a critical situation that jeopardized the lives of the astronauts on board.
Apollo 13 did not make it to the moon due to an explosion in one of the oxygen tanks that severely damaged the spacecraft's systems. The crew had to abort the mission and use the lunar module as a lifeboat to safely return to Earth.
The oxygen tank on Apollo 13 exploded due to damaged wiring inside the tank, which caused a short circuit when the tank was stirred. This led to a fire and subsequent explosion that severely damaged the spacecraft.
What went well on Apollo 13: The teamwork and ingenuity of the crew and mission control, particularly in improvising solutions to the oxygen tank explosion. What did not go well on Apollo 13: The initial critical failure of the oxygen tanks, lack of redundancy in the spacecraft's systems, and the potential for a catastrophic outcome for the crew.
The Apollo 13 mission was part of NASA's Apollo program, which was designed to land men on the Earth's moon. Apollo 13 failed, however, due to an explosion in one of their oxygen tanks. The crew survived and returned to Earth, but they never landed on the moon. They did take pictures of the moon, however, so it could be said, in response to your question, that they studied Earth's moon.
Apollo 13 did not land on the moon as planned. Due to an explosion in one of their oxygen tanks, the mission had to be aborted, and the crew returned safely to Earth on April 17, 1970.
Two Apollo spaceships experienced catastrophic incidents resulting in loss of life: Apollo 1 on the launch pad in 1967 during a pre-launch test, and Apollo 13 in 1970 during its mission due to an oxygen tank explosion.
Apollo 13 was supposed to land in the Fra Mauro region of the moon. Their primary assignment was to sample the boulders around Cone Crater. After one of the oxygen tanks exploded halfway to the moon, the mission became one of survival and safe return of the crew, which was accomoplished after some rather ingenious improvising by the men of mission control. 9 months after Apollo 13, Apollo 14 successfully accomplisheed all of 13's goals.