Value of a is 4 and value of line YZ is 20 units
Given:
Y is between point X and Z
Value of line XY = 7a
Value of line YZ = 5a
Value of line XZ = 6a + 24
Value of "a" and line YZ
We know that
XY + YZ = XZ
So,
7a + 5a = 6a + 24
12a = 6a + 24
6a = 24
a = 4
Value of a = 4
So,
Value of line YZ = 5a
By putting value of a
Value of line YZ = 5(4)
Value of line YZ = 20 units
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Jupiter <u>has a large gravitational field which can capture small comets</u><u>.</u>
Answer:
And if we have a binomial times a binomial we'll have four products or we can think of this as double distribution. We distribute the a so we'd have a times C plus a times D.
Explanation:
The answer is Morphemes :)
To apply the theorem, it must be shown that H can be written as the span of vectors from a vector space V.
<h3>What is a vector space?</h3>
It should be noted that a vector space simply means is a set of elements that can be added together and multiplied by numbers called scalars.
In this case, to apply the theorem, it must be shown that H can be written as the span of vectors from a vector space V.
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