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HST uses no fuel at all - it was designed to be an orbital repair satellite from the beginning, and the Shuttle that performs each Servicing Mission boosts it back into a higher orbit after they're done working on it. All power comes from the huge twin solar panels on each side. Since no more missions are planned (don't hold your breath - HST is NASA's largest PR cash cow), HST will eventually decay until it burns up in the atmosphere.
What else can I help you with?
Why are solar arrays a good a choice to power the hubble space telescope?
Solar arrays are a good choice to power the Hubble Space Telescope because they can provide a reliable source of energy in space where sunlight is readily available. They are efficient, lightweight, and require minimal maintenance, making them ideal for long-term space missions like the Hubble. Additionally, solar arrays help to reduce the reliance on battery power and can extend the operational lifetime of the telescope.
How is the hubble space telescope able to operate outside of the atmosphere?
The Hubble Space Telescope collects solar radiation by means of large solar panels covered with photovoltaic cells, and derives its electric power that way, which is used to operate it, warm and cool it, and run its communications systems. It's controlled from Earth, and sends its images and other data to Earth, by means of radio. It's completely uninhabited, and is in a gravitational orbit of the Earth so it needs no propulsion.
How can voyager 1 didn't run out of fuel?
Once an object is moving in space, no fuel is needed tokeep it going, only to change its speed or direction.
What happens if you run out of gas in space?
If you run out of fuel in space, your spacecraft would be unable to maneuver or generate power. This could leave you adrift in space, making it difficult to return to Earth or complete your mission. It is important for spacecraft to carefully plan their fuel usage to ensure they have enough for the journey.
What is a disadvantage of having a telescope in space?
A disadvantage of having a telescope in space is the high cost involved in building, launching, and maintaining it. Additionally, servicing the telescope in space is much more complex and limited compared to telescopes on Earth. Lastly, space telescopes are vulnerable to space debris and solar radiation which can potentially damage their delicate instruments.
Why are solar arrays a good a choice to power the hubble space telescope?
Solar arrays are a good choice to power the Hubble Space Telescope because they can provide a reliable source of energy in space where sunlight is readily available. They are efficient, lightweight, and require minimal maintenance, making them ideal for long-term space missions like the Hubble. Additionally, solar arrays help to reduce the reliance on battery power and can extend the operational lifetime of the telescope.
How is the Hubble space telescope able to operate outside the atmosphere?
The Hubble Space Telescope collects solar radiation by means of large solar panels covered with photovoltaic cells, and derives its electric power that way, which is used to operate it, warm and cool it, and run its communications systems. It's controlled from Earth, and sends its images and other data to Earth, by means of radio. It's completely uninhabited, and is in a gravitational orbit of the Earth so it needs no propulsion.
How is the hubble space telescope able to operate outside of the atmosphere?
The Hubble Space Telescope collects solar radiation by means of large solar panels covered with photovoltaic cells, and derives its electric power that way, which is used to operate it, warm and cool it, and run its communications systems. It's controlled from Earth, and sends its images and other data to Earth, by means of radio. It's completely uninhabited, and is in a gravitational orbit of the Earth so it needs no propulsion.
How long do the stars twinkle?
Stars will appear to twinkle for as long as Earth has an atmosphere, because it's the atmosphere that causes the effect. From space, they're a steady light. This is why we have the Hubble telescope in orbit. Less atmospheric inteference = more accurate images. The stars themselves will stop emitting light when they run out of fuel to burn. That will in most cases be several billion years.
Does a spaceship run out of fuel?
Yes, a spaceship will eventually run out of fuel if it does not have a way to refuel in space. Once the fuel is depleted, the spaceship will no longer be able to accelerate or maneuver effectively.
What you can do in outer space?
roll down the window and look for a gas station if you run out of fuel
How can voyager 1 didn't run out of fuel?
Once an object is moving in space, no fuel is needed tokeep it going, only to change its speed or direction.
How many cars could you run on rocket fuel?
Cars have Internal Combustion Engines. You cannot use rocket fuel in this type engine.At this point there is only one car that can run on rocket fuel. NASA has an experimental BMW sedan that can run on liquid hydrogen, better known as the rocket fuel used in the space shuttles...
Why do cars run on gasoline instead of rocket fuel?
Cars run on gasoline instead of rocket fuel because gasoline is a more practical and cost-effective fuel for everyday transportation. Rocket fuel is highly combustible and expensive, designed for high-powered propulsion needed for space travel, not for the efficiency and convenience required for regular use in cars.
What happens if you run out of gas in space?
If you run out of fuel in space, your spacecraft would be unable to maneuver or generate power. This could leave you adrift in space, making it difficult to return to Earth or complete your mission. It is important for spacecraft to carefully plan their fuel usage to ensure they have enough for the journey.
In outer space what can you not do?
roll down the window and look for a gas station if you run out of fuel
Do rockets run on fuel?
Yes, rockets run on fuel, which provides the energy needed for propulsion. Rocket fuel can be either liquid or solid, and it typically consists of a fuel component and an oxidizer that allows combustion to occur in the vacuum of space. The rapid expulsion of combustion gases through a nozzle generates thrust, propelling the rocket upward. Different rockets use different types of fuel depending on their design and mission requirements.
