
| Gittonsxv #535399 9 months ago |
it is D, i got a B in math :D |
| Anonymous #535400 9 months ago |
480, WTH kind of question is this? |
| HeinousActsZX #535401 9 months ago |
Just move the decimal point 3 places. That's what I was taught. |
| Gittonsxv #535410 9 months ago |
actsZX, i was tought how to divide by 0, then i passed school, lol |
| NightJack #535420 9 months ago |
Funny you should say that Gitton, I found out how to divide by zero but nothing ever happens when I do it. |
| Anonymous #535421 9 months ago |
This was on my math test. |
| Anonymous #535423 9 months ago |
Its D
I have a Calculator |
| Anonymous #535442 9 months ago |
E: Muffin! |
| Jackarunda #535466 9 months ago |
If one train leaves Boston, Massachusetts accelerating at a rate of 25 miles per hour per hour to a top speed of 108 meters per second moving South plus 28.4 degrees west,
and another train leaves Potlatch, Idaho accelerating at a rate of 9.81 meters per second per second to a top speed of 0.91% the speed of light in the direction North plus 1.84 radians east but 1,240.5 seconds into the journey of train two it hits a penny on the rail and derails, detaching from its child cars and beginning to spin on the rails at a rate of 4.38 rpm so if the first train's length is 30.5 feet, its moment of inertia 490 kilogram-meters-squared, its overall density ~7 grams per cubic centimeter (it's steel), and the train's coefficient of kinetic friction with the tracks about 0.84, and if at the point where the first train derails the second train has reached a point in its journey to New York that is 71.22% the total distance it has to go, then how many pancakes does it take to fill a doghouse |
| Martingale #535489 9 months ago |
I don't get it...
Is it because the test this is from was for some high-schoolers or something along these lines, making it a retardedly easy question? |
| LoboBobo #535496 9 months ago |
D! D for Derpy Hooves! =D |
| Jackarunda #535531 9 months ago |
remember that for this question consideration of the coriolis effect is not enough, and instead the doppler effect must be used in accordance with the heisenberg uncertainty principle
because there will always be more than one type of peanut butter |