D.) 0.009l = 0.011g l = g+800
800 meters in 2 minutes is 14.9 miles per hour.
For $2 fare, 800 people will ride. For 10c more, at $2.10, only 790 will ride. For $2.20, only 780 will ride, and so on. To come up with the individual fare, then, use the point-slope formula: y - y1 = m(x - x1). Since m = 10/10 = 1, and the fare is $2 for each for 800 people, then y - 200 = x - 800, or y = x - 600. Thus, you get xy = x(x - 600) = x2 - 600x cents, or x2 - 6 dollars, depending on how much you charge.
800/1
The square root of 800: ± 28.284271
800
Oh, dude, you're really making me do math here? Alright, let me calculate this earth-shattering problem for you. So, if one quarter is 25 cents, you'd need 800 quarters to make 200 dollars. Like, who even carries that many quarters around?
As a number it is 800,000,000 which makes eight of them
One modern U.S. quarter weighs 5.67 grams. With 453.59 grams to a pound, that makes 80 quarters per pound. 50 pounds then makes 4,000 quarters, or $1,000.
800
There are eight hundred dollars in $800.
800/4 =200 multiply by 3 of the 4 quarters and the answer is 600
Well, isn't that a fun question! If we have 10 pounds of quarters, that would be about 720 quarters. Since each quarter is worth 25 cents, 720 quarters would be worth $180. Isn't it amazing how something as simple as quarters can add up to something so wonderful?
A single quarter is 25 cents. So to find the answer multiply 800 by 25 cents. The answer is 200 dollars.
There are 4 quarters in 1, so 200*4 = 800 quarters in 200.
Face value of $200 is 800 quarters. As of 16 September, one U.S. silver quarter is worth $3.371 in melt value. Multiply that by 800, and you get $2,696.80.
800 US quarter dollars minted in 1964 or before weigh about 11 pounds. 800 US quarter dollars minted after 1964 weigh about 10 pounds.