Fusion rocket engines speed trip to Mars

The video explains a fusion rocket that could transport a crew to Mars in 30 to 90 days. The rocket pulses once per minute, expelling exhaust at 30 km/s. Solar energy charges capacitors to power the rocket's magnets. Each pulse crushes lithium rings around plasma, creating thrust. The rocket is active for 10% of the trip, half for acceleration and half for deceleration. Unlike chemical rockets, the fusion rocket's fuel is only 50% of its mass, compared to 98% for a Saturn V.

How long could a fusion rocket take to transport a crew to Mars?

• 10 to 20 days

• 30 to 90 days

• 200 to 300 days

• 100 to 150 days

What is the speed of the exhaust exiting the fusion rocket's nozzle?

• 40 kilometers per second

• 30 kilometers per second

• 10 kilometers per second

• 20 kilometers per second

What powers the magnets in the fusion rocket?

• Hydroelectric energy

• Nuclear energy

• Wind energy

• Solar energy

What occurs during each pulse of the fusion rocket engine?

• An endothermic reaction

• No reaction

• An exothermic reaction

• A neutral reaction

What percentage of the fusion rocket's mass is taken up by lithium fuel?

• 10%

• 75%

• 25%

• 50%