Answer:
To find the greatest common factor of a polynomial, first take all of the coefficients and list out their factors. After doing this, we can identify the greatest number that appears in each of the lists.
From there we will look for the lowest exponent for every variable. We'll use that number in our final answer. Remember, when doing this, that if the variable doesn't appear in a term, then the exponent is assumed to be 0.
We want to find 
such that the object needs is in equilibrium:
We're told that 
, 
, and 
. We also know the angle between 
and 
is 95º, which means
is perpendicular to both and , so 
.
If we take the dot product of with the sum of all four vectors, we get
We can do the same thing with and :
Finally, if we do this with , we get
All you need to do is divide it 4.9/9.8 which would equal 0.5
Answer:
1:1
Step-by-step explanation:
In such a triangle, the legs are of equal length (but are shorter than the hypotenuse). Thus, the ratio in question is 1:1.
<span>The answer is: 1, 2, 7, 14 .
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Explanation:
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FIrst, list all the factors of 42 (positive integers):
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1, 42
2, 21,
3, 14,
6, 7
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Then list all the factors of 28 (positive integers):
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<span> 1, 28
2, 14,
4, 7
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Now, list all numbers that occur for BOTH the factors of "28" AND the factors of "42"
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1, 2, 7, 14
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The answer is: 1, 2, 7, 14 .
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