3 000 k very very cold.
degree is the unit of either temperature or angle. But feet is the unit of length. So no relation between these two
A degree is a measure of temperature or angle. An inch is a measure of length. Without further information an answer to this question cannot be given.
A joule is a measurement of energy. A degree Fahrenheit is a measurement of temperature. It is not possible to convert between one and the other.
U.S.gallon = 8.33 pounds of water. Therefore to raise the temperature by one degree F will require 8.33 BTU. The initial temperature of 50 F is inconsequential.
Depends on the size of the room (its thermal capacity) and the efficiency of the heating.
9,261,000,000 (9.2) Billion sun can fit in VY Canis Majoris.
It would take over 7,000,000,000,000,000 (7 quadrillion) Earths to fill the volume of VY Canis Majoris, the largest star in the universe
2100 TIMES
It would take over 7,000,000,000,000,000 (7 Quadrillion) Earths to fill VY Canis Majoris Also, it would take over 21 Trillion pieces of A4 paper to cover the surface.
About 197 quadtrillion (196,832,673,513,000,000) Mercury's
About 197 quadtrillion (196,832,673,513,000,000) Mercury's
1227000000 miles
OOoh - toooo many to mention. The largest is VY Canis Majoris. See related question.
Approximately 1 billion. It is the biggest star ever discovered after all
Dwarf to giant then to supergiant Dwarf to giant then to supergiant the Largest Star in the Galaxy is VY Canis Majoris which sits in Canis Majoris or the greater dog. Along with the brightest star Sirius. There are follow up stars such as VW Cephi A (if my spelling is correct) and WOH G64. There are many others the are along this size. There are to many stars in our universe to start from beginning to end. The sun is NOT the biggest star in our universe, as of known the Eta Carinae is the biggest star yet.,acualy vy canis majoris is the largest star by far
there are many stars larger than the sun. for ex. vy canis majoris, the largest star known, rigel, sirius, r136a1 etc.
It's much too far away. One of earths space shuttles would take many millions of years to reach it. If we could reach light speed, it would still take 5000 years. If you mean how close before we would fry, that's a difficult one. Bearing in mind that our own sun can burn us from 93 million miles, and V Y Canis Majoris is 7 billion times the size of our own sun, it would be massive distance but I can't give you a figure.