Current Events > How the FUCK do I type in meters per second squared in mastering physics?

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gna647 12/04/20 12:07:22 AM #1:	ive been at this for a good fucking half an hour and its not giving me "correct" because "you need to put in the units for acceleration" what the fuck i hate online shit --- https://imgur.com/iMaDK https://imgur.com/e9OCH https://imgur.com/RnA9A https://imgur.com/LvJeR <cite>gna647 posted [p:947900519] in How the FU... [t:79151607]...</cite> <quote>ive been at this for a good fucking half an hour and its not giving me "correct" because "you need to put in the units for acceleration" what the fuck i hate online shit </quote> ... Copied to Clipboard!
g0ldie 12/04/20 12:08:40 AM #2:	iirc, @Garioshi and @teepan95 are majoring in something physics related --- The pamphlet on First Life contains 93 lies and 7 truths. The truths don't provide any answers. <cite>g0ldie posted [p:947900551] in How the FU... [t:79151607]...</cite> <quote>iirc, @Garioshi and @teepan95 are majoring in something physics related </quote> ... Copied to Clipboard!
CapnMuffin 12/04/20 12:13:47 AM #3:	What have you tried? And maybe its looking for per second per second or /s/s instead of squared? <cite>CapnMuffin posted [p:947900698] in How the FU... [t:79151607]...</cite> <quote>What have you tried? And maybe its looking for per second per second or /s/s instead of squared? </quote> ... Copied to Clipboard!
teepan95 12/04/20 12:24:54 AM #4:	I've not used mastering physics, but are you sure that's the units it's looking for? There's another common way to describe acceleration. Think about Newton's second law --- teep dumb as f*** fr - BatmanVonDoom I'm gonna pound a 400 lb woman just to prove teep wrong - NigerianKnight <cite>teepan95 posted [p:947900943] in How the FU... [t:79151607]...</cite> <quote>I've not used mastering physics, but are you sure that's the units it's looking for? There's another common way to describe acceleration. Think about Newton's second law</quote> ... Copied to Clipboard!
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gna647 12/04/20 12:38:11 AM #6:	Question: A planet orbiting a distant star has radius 3.2410^6 m m. The escape speed for an object launched from this planet's surface is 7.1510^3 m/s m/s. What is the acceleration due to gravity at the surface of the planet? My answer: 7.8893 m/s^2 --- https://imgur.com/iMaDK https://imgur.com/e9OCH https://imgur.com/RnA9A https://imgur.com/LvJeR <cite>gna647 posted [p:947901237] in How the FU... [t:79151607]...</cite> <quote>Question: A planet orbiting a distant star has radius 3.2410^6 m m. The escape speed for an object launched from this planet's surface is 7.1510^3 m/s m/s. What is the acceleration due to gravity at the surface of the planet? My answer: 7.8893 m/s^2 </quote> ... Copied to Clipboard!
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