that is, two sextillion, three hundred thirty three quintillion, eight hundred ninety three quadrillion, two hundred eighty four trillion, nine hundred eight billion, one hundred fourty three million, eight hundred fifty thousand, one hundred sixty nine
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Comments
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@P3tux0 I just counting the average speed of photon, and am lazy to count othe particle,.. Sooooo.
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youll have to fix all the math that uses 3 pixels per second
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you still have 3 pixels = 299 792 458m. it should be 180 pixels = 299 792 458m.
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ok @TPTJake i fixed the frame/second error, and i dont really care bout the fastest photon can go, i just mean avarage.
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the error where you replaced pixels per frame with pixels per second also caused a math error: assuming 3 pixels/frame = 299792458 m/s (which it isnt), it would actually be 180 pixels = 299792458 m, because 60 frames is one second at 60 fps. (2)
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oh i understand it now, heres some errors: the speed of light is the HIGHEST speed light can go. btw its 3 pixels per frame, not per second. so anyway 3 pixels per frame ISNT the fastest a photon can go, so this is wrong. i could make a photon go 1 pixel per frame and declare its the same as the speed of light, which it isnt. neither is 3 pixels per frame. (1)
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nevermind i got it
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i am confused on how 3 pixels equals to 99.990.830 m...
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@TPTJake I assume that 60 frames is 1 second in real life, light speed is 299 milion meter/s, so in second it is 3 pixel/second, so yeah just divide 299 and 3, and you get the answer
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???? i do math all the time and i have no idea what this means. you said 3 frames is 299 792 458 m? ?? if a particle goes 3 pixels per frame wouldn't it go 3*60, or 180 pixels per second?