If you mean: 7x+91 then it can be factored to 7(x+13)
14 is the highest common factor 6 x 14 =8;, 7x 14 = 98 ; 12 x 14 = 168
The factorisation is as follows: 2x2 + 7x - 9 = (x - 1)(2x + 9).
If you mean: 2x2+7x+5 then it is (2x+5)(x+1) when factored
(x - 7)(x2 + 7x + 49)
Since 7x is a factor of 14xy, it is automatically the GCF.
The GCF is 7.
The GCF is 7.
The GCF is 7.
The greatest common factor in the two terms is [ 4y ].The factored form of the expression is4y (y + 7x)
Alright, buckle up, buttercup. To factor the expression 7x + 21 - 14y, you first want to look for common factors within the terms. In this case, you can factor out a 7 from all the terms, leaving you with 7(x + 3 - 2y). And there you have it, all factored and ready to roll.
If you mean: 7x+91 then it can be factored to 7(x+13)
Well, darling, the greatest common factor (GCF) of 14xy and 7x squared is 7x. Why? Because it's the largest number that can divide both terms without leaving a remainder. So, there you have it, 7x is the GCF, case closed.
It appears there might be some confusion in your notation or expression. To factor 7x - 14x, you can first factor out the common factor, which is 7x. Here's how you do it: 7x - 14x = 7x(1 - 2) Now, the common factor of 7x has been factored out, and you're left with 1 - 2 inside the parentheses. So, the expression 7x - 14x can be simplified to: 7x(1 - 2) Now, it's clear that the width of Yun's area model is 1 - 2, which is equal to -1. So, the width of Yun's area model is -1.
14 is the highest common factor 6 x 14 =8;, 7x 14 = 98 ; 12 x 14 = 168
Factoring requires you to reduce as much as possible. To factor 7x + 49, you remove the common factor of 7x and 49, which is 7, and multiply (7x + 49)/7 (which is x + 7) by 7, without actually simplifying. 7x + 49 = 7(x + 7) Then, if possible, do the same thing until it cannot be further factored.
I suppose that would be 14x2 - 7x3. Just take out the common factor, 7x2. Divide each term by this factor to find the other factor.