4.3125 is the answer to that equation
Answer:
Position 12.
Step-by-step explanation:
It will be n the center of the bottom 23 numbers ( when the data is arranged in ascending order).
That is in position 12.
The distance is approximately 127 ft squared.
Answer:
Yes, the following equation is a quadratic function in vertex form
Step-by-step explanation:
we know that
The <u>quadratic function</u> of the vertical parabola into <u>vertex form</u> is equal to

where
(h,k) is the vertex of the parabola
If the <u>coefficient</u> a is > 0 ----> the parabola open upward (vertex is a minimum)
If the coefficient a is < 0 ----> the parabola open downward (vertex is a maximum)
in this problem we have

The <u>squared term</u> contain the x-coordinate of the vertex

The <u>constant term</u> is the y-coordinate of the vertex

The vertex is the point (2,6)
The coefficient is equal to
----> open upward (vertex is a minimum)