Sunspot cycles are 10 to 12 years in length.
It is a rather small fraction of a light year. A light year is about 9,460,730,472,580.80 km. The fraction of a light year that your number represents is roughly 5.9 divided by 9,461.
1 half light year = 2.93924991 × 1012 miles or 4.7302642 × 1012 kilometres
1 light year = 9.4605284 × 1015 meters or 5.87849981 × 1012 miles.
First of all, let's pick something to be the end of the solar system, so that we can agreeon what's in and what's out.For our first estimate, let's say everything that's double the distance to Pluto is "in".Pluto's average distance from the sun is listed as 5.91 billion km. Double that is 11.82 billion kmfrom the sun all around, or a circle that's 23.64 billion km across. The speed of light is 300 millionmeters per second. So the diameter of that circle is23.64 x 1012 / 3 x 108 = 7.88 x 104 light-seconds = 21.9 light-hours = 0.0025 light-years===========================================But don't go away. We have to do that calculation one more time.Just to get an idea of whether our estimate of double-Pluto's-distance is reasonable, welooked into the TIME/Britannica Almanac 2010, and we were shocked ! This reference saysthat the "Oort Cloud" ... a giant spherical cloud of icy, comet-like bodies ... is thought toorbit the sun at distances out to 1,000 times the orbit of Pluto. If that's true, then wehave to revise our calculation drastically.Average distance to Pluto: 5.91 billion kmRadius of the Oort Cloud: 5,910 billion kmDiameter of the solar system including the Oort Cloud: 11,820 billion kmSpeed of light = 300 million meters per secondDiameter of the solar system at light speed:1.182 x 1016 / 3 x 108 = 3.94 x 107 light-seconds = 456 light-days = 1.25 light-year
The amount of gas needed to travel one light year would vary depending on the spacecraft and its propulsion system. In general, a spacecraft would need a significant amount of fuel to travel such a vast distance due to the energy required to accelerate and maintain speed over such a long distance. Efficient propulsion systems and advanced technologies would be necessary to make such a journey feasible.
Somewhere between 1.0 x 1012 and 1.5 x 1012 (1-1.5 trillion) solar masses.
1012
percent of 1012 = 101200%= 1012 * 100%= 101200%
1012 pennies is £10.12. If you meant 1012 this is 1010 or 10,000,000,000 pounds
1012 + 13334333574 = 13334334586
2 * 2 * 11 * 23 = 1012
1012 506,2 253,2,2 23,11,2,2
1012 is an integer and cannot be simplified further.
46
0.09 x 1012
September 30th, 1012 fell on a Wednesday.
5.0009 x 1012 = 5,000,900,000,000