Hello user
To solve for V we simplify both sides of the equation then isolate the variable to get v <span>≥ 2
Therefor the answer is: </span>v ≥ 2
<span>
I hope this helped
-Chris</span>
Answer:

Step-by-step explanation:
Given the equation:

To find:
The solutions of given equation in the range [0, 2
) i.e. 0 can be in the answer but
can not be there in the answer.
Solution:
Taking
common, we get:

The solutions can be given as:
OR 
Let us solve both the equations one by one:
First equation:

Second equation:

Therefore, the answers as a comma separated list are:

Answer:
MQ = 16.4
By the <u>Parallelogram Diagonals Theorem</u> , MP = <u>PQ</u>
So MQ = 2 · <u>MP</u>
<u />
Step-by-step explanation:
<u>Parallelogram Diagonals Theorem</u>
The diagonals of a parallelogram bisect each other, i.e. they divide each other into <em>two equal parts</em>.
P is the point of intersection of the diagonals.
Therefore, MP = PQ and LP = PN
If MP = 8.2, then PQ = 8.2
⇒ MQ = 8.2 + 8.2 = 16.4