The main advantage of the Hubble Space Telescope is its ability to capture high-resolution images of celestial objects in visible, ultraviolet, and near-infrared light. This has led to numerous scientific discoveries and advancements in our understanding of the universe.
A telescope in space is not affected by Earth's atmosphere, which distorts and blocks some light from reaching telescopes on the ground. Additionally, space telescopes can observe in wavelengths that do not penetrate Earth's atmosphere, providing a more comprehensive view of the universe. Lastly, space telescopes can also have longer uninterrupted viewing periods since they are not subject to day-night cycles or weather conditions.
refriacting telescope
An optical telescope cannot be used during cloudy days. Of course, this assumes that the telescope is located somewhere on the Earth's surface and therefore subject to weather. Since clouds obscure the sky - and any heavenly object otherwise visible - the optical telescope will be unable to see anything. A radio telescope, however, can see through clouds, simply because clouds do not block or cause significant interference to radiowaves reaching the Earth's surface from space.
Some disadvantages of using telescopes in space include the high cost of launching and maintaining them, the risk of equipment failures in the harsh space environment, and the limited ability to make repairs or upgrades once in orbit. Additionally, there may be competition for limited resources and time on orbiting telescopes due to the high demand from researchers worldwide.
The Hubble Space Telescope was launched on April 24, 1990.
The main advantage of the Hubble Space Telescope is its ability to capture high-resolution images of celestial objects in visible, ultraviolet, and near-infrared light. This has led to numerous scientific discoveries and advancements in our understanding of the universe.
Hubble was launched 24 April 1990, at 8:33:51 EDT and achieved orbit that day. As of 24 February 2014, Hubble has been orbiting 23 years 10 months 1 day.
No because it should be a clear day, and the fear of lightning striking is always there.
NASA uses Kennedy space center for their b;ast zone. on the day of a launch of any kinda is happing they claose the park for the day. only the people that got tickts in advance can eneter the park on the day of a launch
It is possible to see a space shuttle launch from Miami, which is about 200 miles away from the Kennedy Space Center in Cape Canaveral. However, visibility may depend on weather conditions and the specific trajectory of the launch.
Apollo 13 launched from Kennedy Space Center on April 11, 1970.
Astronaut training takes years before an individual is selected for a particular mission. Astronauts prepare for that launch day with a series of medical tests to ensure they are healthy for the launch and are expected to stay healthy through the mission. They then begin to acclimate themselves to a new time schedule based on launch time. They spend the final day or two at the Kennedy Space Center in simple crew quarters and have a meal together before suiting up several hours before launch.
Apollo 7 was an 11-day Earth-orbital mission, the first manned launch of the Saturn IB launch vehicle, and the first three-person US space mission.
Yes, there was one double space shuttle launch, which occurred on August 30, 1984. The space shuttles Discovery and Atlantis were launched on the same day, with Discovery launching in the morning and Atlantis launching in the evening.
Yes, the space shuttle launch can be visible from Tampa, Florida, which is approximately 200 miles away from the Kennedy Space Center where the launches occur. Depending on weather conditions and time of day, observers may be able to see the shuttle launch as a bright streak in the sky.
A telescope in space is not affected by Earth's atmosphere, which distorts and blocks some light from reaching telescopes on the ground. Additionally, space telescopes can observe in wavelengths that do not penetrate Earth's atmosphere, providing a more comprehensive view of the universe. Lastly, space telescopes can also have longer uninterrupted viewing periods since they are not subject to day-night cycles or weather conditions.