Anyone know the solution to this algebra problem?
2 answers:
Answer:
Step-by-step explanation:
Given:
To make this easier, we could change the base to a value of 2.
Move the denominator value to the numerator. When you do this, the becomes positive, so you would add it to the value of
Since the bases are equal to each other, that means the exponential values <em>must </em>be equal to each other.
Solve for .
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Answer:
(5,4) and (3,4)
Step-by-step explanation:
A line segment has 2 end points which can be denoted as:
and
When this line segment intersects at y.
This means that the coordinate on the y axis is the same at both end points
i.e.
and
becomes
and
x1 and x2 can be any value but the y value must remain unchanged
Using the above analysis, a possible coordinate is:
and
Note that there are as many answers as possible as long as the coordinate pair satisfy is of the form <em> and </em>
<em />
Take for instance, another possible pair is:
and