Easiest to do would be a RADIO telescope. Get lots of chicken wire or fine mesh wire, If you have an old 6-foot satellite dish , the kind most people call "BUDs", Big Ugly Dish, then you can use this for the basic form. It would be at least theoretically possible to gather lots of clear glass bottles, and if you're a glass blower, it might be possible to make your own lens, or optical mirror. Telescope construction is a pretty well developed art, and there are lots of books on how to build your own telescope.
Approx 1000 BTU per standard cubic foot
Amateur astronomers have built their own radio telescopes in their back yards for a couple of hundred dollars in spare electronic junk parts. It is especially inexpensive if you happen to have access to an old 6-foot satellite TV "dish" antenna. If you have a little electronics experience - as a "HAM" radio operator, for example - it's easy to do.Of course, bigger dishes are more expensive.....One of the ways around the problem of big, heavy, expensive dish antennas is to create an array of smaller dishes that are all aligned together. This is the concept behind the Very Large Array of radio telescopes. And when your sponsor is Paul Allen, business partner of Bill Gates, things like the Allen Radio Telescope is pocket change in comparison.
That is sort of like asking how many miles per hour does 100 horsepower equal. Ft lbs is energy, and FPS is speed. There IS a formula to calculate the energy (in foot lbs) of a bullet, but to use that, you need to know SPEED in FPS, and WEIGHT (in grains) of the bullet. A 40 grain bullet at 1000 fps is pretty weak. A 400 gr bullet at 1000 fps can drop a moose.
1 square yard = (3*3) 9 square feet so > 1000 / 9 = 111 square yards 1 square foot
Being in perpetual orbit, Hubble needs a power supply that is constant and needs little if any maintenance. Solar power fits that bill. Hubble is fitted with two twenty-five foot solar panels that produce 2,800 watts of power.
1. The Hubble Telescope travels around the Earth at a speed of 5 miles per second. 2. It was launched on April 24, 1990 from the space shuttle Discovery. 3. The Hubble Telescope should remain in space for 20 years. 4. The optical Hubble Telescope was named after Dr. Edwin P. Hubble. Dr. Hubble was the scientist who confirmed his theory of the expanding universe. This provided the foundation for the BIG Bang Theory. 5. The Hubble Telescope is 43.5 feet long and 14 feet wide. It weighs 24,500 pounds. 6. It cost 1.5 billion dollars. 7. It travels 353 miles above the Earth. 8. The Hubble Telescope transmits about 120 gigabytes of data every week. 9.It receives its energy from the sun through two 25-foot solar panels. 10.The Hubble Telescope is able to lock onto an object that it is photographing.. This allows it to remain steady in order to produce a near-perfect
Easiest to do would be a RADIO telescope. Get lots of chicken wire or fine mesh wire, If you have an old 6-foot satellite dish , the kind most people call "BUDs", Big Ugly Dish, then you can use this for the basic form. It would be at least theoretically possible to gather lots of clear glass bottles, and if you're a glass blower, it might be possible to make your own lens, or optical mirror. Telescope construction is a pretty well developed art, and there are lots of books on how to build your own telescope.
Sometimes it is not; but, if you think it is, it is because different people have different expertise. And if you blame all and reward all, then they tend to work together. The team that calibrated the Hubble Telescope was fired, from head to foot. Other teams were effective.
all i know is 4.telescope,mount for telescope,45 foot dome,and a dividing engine.
1000/16 is 62.5 narrels per foot
1000 sq foot does NOT equal a square metre so the question is irrelevant!
1000 square foot cost 5 500 000. Every single square foot must cost 1 part in 1000 of those 5,5 million. So you get this (Let´s call - very originally - the cost for 1 square foot "X") X = 5500000 / 1000 = 5000 cost per square foot = 5000
The volume for a 6-foot wide, 1000-foot long pipe is 211,500 US gallons.
Kilo means 1000, So there would be approximately 1000 feet in One Kilo foot.
It is about 1000~1500 dollars for each foot. It is about 1000~1500 dollars for each foot.
Foot binding lasted for approx. 1000 years.