The explosion on the Apollo 13 mission was caused by a chain of events that started with a damaged coil inside the liquid oxygen tank. This damaged coil led to a short circuit, igniting the highly pressurized and volatile oxygen inside the tank, resulting in the explosion.
The master alarm in Apollo 13 was triggered by the high oxygen tank pressure caused by a damaged Teflon insulation on the wires inside the tank. This led to a series of malfunctions and a subsequent explosion in the oxygen tank.
The Apollo 13 accident was caused by an oxygen tank explosion, which was likely the result of a damaged wire insulation inside the tank. The explosion led to a loss of power, loss of oxygen supply, and other critical failures that jeopardized the mission.
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.
The explosion on Apollo 13 was caused by a faulty oxygen tank. A damaged coil inside the tank sparked during a routine stir of the tanks, causing a fire that ultimately led to the explosion.
The oxygen tank in Apollo 13 exploded on April 13, 1970, while the spacecraft was on its way to the moon. This explosion caused critical damage to the spacecraft and jeopardized the crew's safety.
The master alarm in Apollo 13 was triggered by the high oxygen tank pressure caused by a damaged Teflon insulation on the wires inside the tank. This led to a series of malfunctions and a subsequent explosion in the oxygen tank.
The Apollo 13 accident was caused by an oxygen tank explosion, which was likely the result of a damaged wire insulation inside the tank. The explosion led to a loss of power, loss of oxygen supply, and other critical failures that jeopardized the mission.
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.
The explosion on Apollo 13 was caused by a faulty oxygen tank. A damaged coil inside the tank sparked during a routine stir of the tanks, causing a fire that ultimately led to the explosion.
The oxygen tank in Apollo 13 exploded on April 13, 1970, while the spacecraft was on its way to the moon. This explosion caused critical damage to the spacecraft and jeopardized the crew's safety.
The Apollo 13 accident was caused by an explosion in an oxygen tank. The explosion was due to damaged insulation on an electrical wire that triggered the disaster, rather than human error or intentional sabotage.
No, Apollo 13 did not crash. The spacecraft experienced an oxygen tank explosion that caused a mission abort, but the crew safely returned to Earth.
Oxygen tank
An oxygen tank exploded in the spacecraft.
The problem on Apollo 13 was a damaged oxygen tank that caused an explosion, leading to a loss of power and water supply. This resulted in the mission being aborted, with the focus shifting to safely bringing the crew back to Earth.
The accident on Apollo 13 was caused by an explosion in the spacecraft's oxygen tank. This explosion damaged the Service Module and led to a critical loss of power and life support systems. The crew had to navigate a safe return to Earth using the Lunar Module as a lifeboat.
The battery onboard Apollo 13 experienced issues due to an oxygen tank explosion. This caused a loss of power in the command module, leading the crew to rely on the lunar module for life support.