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The GCF of 12x and 20x to the fourth power is 4x
5(x + 3)(x + 1)
The GCF of 20 and 4 is 4. That factors to 4(5x - 1)
In x/5 = -4, x=-20x/5 = -4multiply each side by 5:x = -20
If that's + 1, the answer is (10x + 1)(10x + 1) or (10x + 1)2 If that's -1. it gets ugly in a hurry.
Well, darling, the Least Common Multiple (LCM) of 4x and 5x is simply 20x. You see, 4x and 5x are both factors of 20x, making it the smallest multiple they both share. So, there you have it, sweet pea, 20x is the LCM of those two little troublemakers.
12x2-20x-8 = (12x+4)(x-2)
6x + 12x + 2x = 80 20x = 80 x = 4
If: 8x+12x = 90 Then: 20x = 90 And: x = 4.5
The GCF of 12x and 20x to the fourth power is 4x
I usually see anywhere from 6x to 12x optical zoom, then most digital cameras also have digital zoom, up to about 20x
The GCF is 20x
The answer will be -1. First, you write it down. -6 x 2x - 9 - (-4x) + 5Then you find out what is -6 x 2x. It equals -12x since when you multiply a negative times a positive you will get a negative. Now, your new problem will be -12x - 9 - (-4x) x 5. Then, you find out what is -4x x 5. It will be -20x. Now you problem will be -12x - 9 - (-20x). Now you find out what is -12x - (-20x). The answer will be 8. You find the answer by changing it to an addition problem. You add the second number's reciprocal. So it will be -12 + 20. Then you get the sign of the larger and subtract, so now you will get 8. The last step is to find the answer to 8 - 9. Again you add its reciprocal so it will be 8 + -9, get the sign of the larger, negative, and subtract 8 - 9. So, your final answer will be -1.
To simplify the expression ((10x \cdot 36y) \cdot (2x \cdot y)), you multiply the coefficients and the variables separately. This results in (20x^2 \cdot 36y^2) which simplifies to (720x^2y^2). The expression (12x \cdot 36y) simplifies to (432xy). Therefore, ((10x \cdot 36y) \cdot (2x \cdot y)) is not equal to (12x \cdot 36y).
20x
It is the same as: 9+20x+20 = 20x+29
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