GCF(75x3, y2, 100xy) = 1
However, GCF(75x3y2, 100xy) = 25xy
The GCF is 25xy.
27
If 75x = 750, then (1/75)75x = (1/75)750, or x = 750/75 = 10.
I notice that the ratio of the y-coefficient to the x-coefficient is the same in both equations. I think that's enough to tell me that their graphs are parallel. So they don't intersect, and viewed as a pair of simultaneous equations, they have no solution.
65 - 20 = 4545 = 3/445/3 = 1515 x 4 = 60Another way, if you were required to state it algebraically:.75X + 20 = 65.75X = 45X = 60
Letx = number of nickels 7x = number of dimes 7x (.10) + x (.05) = 3.75 .7x + .05x = 3.75 .75x = 3.75 x = 3.75/.75 = 5 nickels 7x = 35 dimes
75x(3y)2 and 100xy both have factors of * * * * * It would appear that the question is looking for the GCF of 75x3, y2 and 100xy. If that is the case, the answer is 1.
The GCF is 25xy
25x
25xy
25
3x(x - 5)(x + 5)
my bad its f(x) = 6000 - 75x
5625
27
The prefix of 75x indicates that your Browning shotgun was made in the year 1975.
If 75x = 750, then (1/75)75x = (1/75)750, or x = 750/75 = 10.
(-x3 + 75x - 250) / (x + 10) = x2 - 10x - 25