The GCF of 44m and 60n is 4.
7m-Arivu
The two outer propellers are 23 ft 5 in (7m) and the central propeller is 16ft 5in (5m)
By some reports, there were about 400,000 pieces of mail that were on board the Titanic. The number of bags that equates to isn't known.
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The greatest common factor (GCF) is 7m.
7m and 18m2 1m is the GCF
If one term is a factor of the other, it is automatically the GCF. 7m is a factor of 14m and the GCF of this problem.
The GCF is m
To find the greatest common factor (GCF) of 14m^2 and 21m, we first need to factor each term. The factors of 14m^2 are 1, 2, 7, 14, m, and m. The factors of 21m are 1, 3, 7, 21, m, and 1. The common factors between the two terms are 1, 7, and m. Therefore, the greatest common factor of 14m^2 and 21m is 7m.
The GCF of 44m and 60n is 4.
(10q - 7m)(10q - 7m) or (10q - 7m)2
factor by grouping 7m(m-2)+6n(2-m)
-(4m + 3)(5m - 2)
You can find this by grouping the factors, then looking for common factors:2my + 7x + 7m + 2xy = (2my + 2xy) + (7x + 7m) = 2y(m+x) + 7(m+x).Since the factor m+x also happens to be a common factor, you can use the distributive law once more: 2y(m+x) + 7(m+x) = (2y+7)(m+x).Sometimes you have to try several possibilities; and of course, not all polynomials with 4 or more factors can be factored this way - or at all.
it is prime. it cannot factor out.
7x8=56 ANSWER-56