33= 3 x 1151= 3 x 1733/51 = (3 x 11)/(3 x 17)= (3 x 11)/(3 x 17)= 11/17
To find 33 percent of a value, multiply the value by 0.33. In this instance, 0.33 x 17 = 5.61. Therefore, 33 percent of $17 is equal to $5.61.
so its X/2+17= X-33 so u first get rid of the smaller X and subtract it from both sides. -X/2 -X/2 therefore you're left with 17= X/2-33 then u add 33 from both sides so you leave X alone and you're left with 50= X/2 then you divide 50 by ½ and you come up with 100. That's the answer! it looks kinda complicated but it isn't (:
-17 + n / 5 = 33 n / 5 = 33 + 17 n / 5 = 50 n = 50 * 5 n = 250 If you meant ( -17 + n ) / 5 = 33 then ( -17 + n ) = 33 * 5 n = 33 * 5 + 17 n =182
abs(x-33) or |x-33|
33= 3 x 1151= 3 x 1733/51 = (3 x 11)/(3 x 17)= (3 x 11)/(3 x 17)= 11/17
To find 33 percent of a value, multiply the value by 0.33. In this instance, 0.33 x 17 = 5.61. Therefore, 33 percent of $17 is equal to $5.61.
lcm (51, 14, 54) = 6426. 51 = 3 x 17 14 = 2 x 7 54 = 2 x 33 lcm = 2 x 33 x 7 x 17 = 6426
so its X/2+17= X-33 so u first get rid of the smaller X and subtract it from both sides. -X/2 -X/2 therefore you're left with 17= X/2-33 then u add 33 from both sides so you leave X alone and you're left with 50= X/2 then you divide 50 by ½ and you come up with 100. That's the answer! it looks kinda complicated but it isn't (:
33 = 3 x 11 51 = 3 x 17 41 prime 61 prime
17/100 is 1/200 more 17/100 x 2/2 = 34/200
33 - 17 = 16
17 = 16 = 33
So 17 = 9x, making x = 1 and 8/9
-10x = x-33 -10x-x = -33 -11x = -33 x = 11
Prime factorization of 297891 = 33 x 11 x 17 x 59 Prime factorization of 2187 = 37 gcd(297891, 2187) = 33 = 27.
x + 2x = 33 3x = 33 3x/3 = 33/3 x = 11