"Star" Travel = 518 pixels
"Star" Diameter = 6 pixels
Average Static Star Diameter in Night Sky = 2 pixels
Visual Acuity's limits are? Visual acuity, basically the
resolution of the naked eye, can perceive upwards of shit as small as
0.02 degrees and perceive it as its own distinct object without them all blurring the fuck together. As in, the stars in the background will appear no smaller than 0.02 degrees to our visual acuity because anything smaller will blend to appear bigger to our senses.
Average Static Star Diameter in Night Sky =
0.02 degrees You all should know 6 divided by 2, no?
"Star" Diameter =
0.06 degrees Distance From Radahn =
~12,742,000 meters You have the "Star's" Diameter in degrees and we know how far into the sky it is, ergo we can solve its actual diameter~
"Star" Diameter =
13,343 meters Volume = (4/3)PIr^3
r = "Star" Diameter/2
"Star" Volume =
1,243,193,857,810.997 m^3 Rock Density =
3,000 kg/m^3 "Star" Mass =
3,729,581,573,432,990 kilograms There is too much going on screen, giving me a migraine, so forgive me for trusting
Qawsedf234 on Vsbattles to count them all?
Number of "Stars" = 643
Total Star Mass =
2,398,120,951,717,413,000 kilograms Next?
"Star" Travel/"Star" Diameter = 86.333
"Star" Travel =
1,151,941.219 meters Time Frame =
0.2 seconds "Star" Travel Speed =
5,759,706.095 m/s or
0.019C KE = 0.5mv^2
m = Total "Star" Mass
v = "Star" Travel Speed
Starscourge Radahn's Collapsing Stars Yield (All Rocks Edition) =
39,777,889,185,732,150,000,000,000,000,000 joules or
9.507 zettatons I just chose a random one screaming into the dark of space, the bigger looking ones are arguable to be similarly the Earth's diameter away. Not that it matters, even purely in the form of rocks does KE = Bullshit.