For this case we have the following variables:
x: number of free throws that Tessa made
y: total number of free throws
We now write the relationship of free throws.
We have then:
Simplifying the expression we have:
Answer:
The fraction of the free throws that she made is:
The correct answer is:
3/4.
Explanation:
27 out of 36 is written as 27/36. To simplify this, we divide numerator and denominator by common factors. Both are divisible by 9:
(27÷9)/(36÷9) = 3/4
-12x + 5x
-7x
Hope this helps! ;)
Answer:
-7x
Step-by-step explanation:
If you add 5 to the -12, you get -7. All you have to do is put an x next to your answer.
when the solutions to each of the two equations below are graphed in the xy-coordinate plane, the graphs intersect at two places. Write the y-coordinates of the points of intersection in the boxes below in order from smallest to largest y=2x y+x^2 - 3
Answer:
Intersection points (1,2) and (-3,-6)
The y-coordinates of the points of intersection from smallest to largest is -6 to 2.
Step-by-step explanation:
Given : A system of equations and
To find : Write the y-coordinates of the points of intersection?
Solution :
Let,
and
Now, we plot these two equations.
The graph of is shown with red line.
The graph of is shown with blue line.
The solution to this system will be their intersection point.
The intersection points of these graph are (1,2) and (-3,-6).
Refer the attached graph below.
Therefore, The y-coordinates of the points of intersection from smallest to largest is -6 to 2.