200 thousand gallons of fuel
It really depends on the distance between Earth and Jupiter at the time and the speed you are going. Scientists launching the New Horizons probe to Pluto used Jupiter's gravity as a slingshot (to accelerate the probe on to Pluto) in 2007. The probe was launched on January 19, 2006, and reached Jupiter in just 13 months (the fastest ever probe to do so).
The gases found on Jupiter could be useful on earth, particularly the hydrogen, which can be burned as a clean fuel. It would be very difficult and costly to get these gases though, and to get them back to earth. You would end up using so much energy to get the gas that it would not be worth it in the long run.
It helps scientists know how much of what is needed to make for example the fuel or how much of gases they need to give the astronauts oxygen.
This depends on how you want to get there. The quickest, cheapest way probably involves the Hohmann Ellipse Transfer, where you begin the journey at earth's aphelion and end at Jupiter's perihelion. A cheaper but longer route might entail use of the Interplanetary Transfer Network. Gravity assists of the inner planets can help boost a spacecraft to a higher orbit.If you had unlimited fuel, you could simply boost straight to Jupiter, without ever trying to slow down. Just keep boosting, boosting, boosting, until you're swallowed by the Jovian atmosphere.The Galileo spacecraft, using gravity assists, required six years to get from Earth to Jupiter.
The journey time depends on the route taken. Space colonists will not travel in a straight line from the earth to the moon: most space trips orbit the earth and use the earth's gravity to make use of the sling-shot action for acceleration. This saves on fuel and so the associated weight to be carried into space.
It depends on the size of the vessel and the kind of propulsion used... so I can't really give an answer. On a side note 90-95% of a spacecraft's fuel is used to break earth's gravity, once in space it takes very little fuel to move a large distance.
The amount of fuel needed for space travel can vary greatly depending on the distance, speed, and payload of the spacecraft. However, typically a spacecraft will require a significant amount of fuel to overcome Earth's gravity and reach orbital velocity, with additional fuel needed for course corrections, maneuvers, and deceleration upon reaching the destination.
The amount of fuel needed to travel to the Moon and back to Earth depends on various factors, including the specific spacecraft design, propulsion system, trajectory, and payload mass. However, a rough estimate would be around 5,000 to 7,000 tons of fuel for a round trip to the Moon and back to Earth using current technology.
Earth has gravity so less fuel is needed to move a rocket in space(assume that you mean escape from earth's gravitational field by"from earth")
The actual amount of fuel needed to travel to the moon and back depends on the specific spacecraft and propulsion system used. However, it typically requires a significant amount of fuel due to the distance and speed required to make the journey. For example, the Apollo missions used approximately 300,000 gallons of fuel to reach the moon and return to Earth.
how much fuel is needed to travel 850 nautical miles going 25 knots in a 46 foot searay cruiser
Fuel, Oxygen and a heat source. Fuel, Oxygen and heat are everywhere why is the whole earth not on fire? because it is not Heat but a source of ignition that is needed.
the fuel needed is huge but you need to take in the power and the amount of thrust
If the Earth and Jupiter are lined up properly and you assume Jupiter is 480,000,000 miles from the sun and earth is 93,000,000 miles from the sun and the shuttle travels 17,500 mph: 480,000,000-93,000,000=387,000,000 (distance from Earth to Jupiter) 387,000,000/17,500=22,114 hours or 921 days or 2.522 years. Note however, that space shuttles aren't designed to totally escape Earth's gravitational pull and wouldn't be able fly that far away. Also, we do not possess drives capable of achieving so much thrust to fly a spacecraft in straight trajectory towards planet. Generally we use transfer orbits - such as Hohmann transfer orbit - where spaceship leaves Earth on the opposite side of Sun. Travel time is even longer then.
It really depends on the distance between Earth and Jupiter at the time and the speed you are going. Scientists launching the New Horizons probe to Pluto used Jupiter's gravity as a slingshot (to accelerate the probe on to Pluto) in 2007. The probe was launched on January 19, 2006, and reached Jupiter in just 13 months (the fastest ever probe to do so).
The gases found on Jupiter could be useful on earth, particularly the hydrogen, which can be burned as a clean fuel. It would be very difficult and costly to get these gases though, and to get them back to earth. You would end up using so much energy to get the gas that it would not be worth it in the long run.
More information needed. What is the fuel milage of the vehicle in question? Rephrase and resubmit. ■