The value of x that will make the given lines parallel is 11. This is determined by setting up and solving the equation formed by setting the two given angles equal to each other.
In this question, you are provided with the two alternate interior angles formed by the two lines l and m that are supposedly parallel. We know that in the case of parallel lines, alternate interior angles are equal.
Therefore, for the lines l and m to be parallel, the equality 2x+22 = 4x must hold.
Let's solve this equation step by step:
So, the value of x that makes lines l and m parallel is 11.
#SPJ2
Answer: The answer is
Step-by-step explanation: Given that the co-ordinates of point G and H are (3, -1) and (-2, 3) respectively.
We are to find the y-value of the point P that is located at two-third distance from point G to point H.
As shown in the attached figure, the ration in which the point P divides the line segment GH is 2 : 1.
Therefore, the co-ordinates of point P will be
Thus, the y-value of the point P is
± ______
note: the 2 next to the y is an exponent.
Answer:
5%
Step-by-step explanation:
6,250-5000
1,250
divide that by 5
you get 250
250/5000= 0.05
multiply that by 100 to get the percentage (interest rate)
so the answer is a 5% interest rate
Fourth degree polynomial
Sixth degree polynomial
First degree binomial
Answer:
Fourth degree polynomial
Step-by-step explanation:
Given is an algebraic expression with 4 terms as
First let us arrange these terms in the descending powers of x.
We get
is the standard way of representing any polynomial.
This is a polynomial because x has powers only as non negative integers.
The degree is 4 since the leading term or highest degree term has degree 4.
This is a polynomial as this got more than 3 terms after simplification.
Hence Option B is the answer.
Answer:
Fourth degree polynomial.
Step-by-step explanation:
Took test this answer not third degree polynomial.