Answer:
Step-by-step explanation:
Given
Required
Write the variables and constants on different sides
Add 2x to both sides
Add 5 to both sides
Hence, the equation is
Solving further [divide both sides by 5]
5.(A.3A) The table represents some points on the graph
1 answer:
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Only option 1 and 4 are true.
Points S, U, and T are the midpoints of the sides of ΔPQR.
ΔSUT is inside of ΔPQR. Points S, U, and T are the midpoints of ΔPQR.
Which statements are correct? Check all that apply.
1. QP = UT
2. One-halfTS = RQ
3. SU = PR
4. SU ∥ RP
5. UT ⊥ RP
Given to us,
S, U, and T are the midpoints of the sides of ΔPQR.
Using Triangle Midpoint Theorem, which states that the line segment connecting the midpoints of two sides of a triangle is parallel to the third side and is congruent to one half of the third side.
Therefore, only option 1 and 4 are true.
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The polynomial 9x^5+36x^4+189x^3 in factored form is
<u>Solution:</u>
Given, polynomial equation is
We have to find the factored form of the above given polynomial equation.
Let us solve it by grouping.
Now, take the polynomial ⇒
By taking common term out, we get
Grouping the terms we get,
Taking common terms out from each group,
Thus the factored form of polynomial is found out