Answer:
Step-by-step explanation:
Set up the binomial.
Multiply the binomial.
Apply difference of squares rule
Suppose that you were going to using the Permutation approach to see if there was a difference in the amount of money spent on c
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Th question is clearly asking for the maximum value of both the functions, that is, the vertex of each function.
<span>The path of Ed’s football is shown by the graph clearly shows the coordinates of the vertex (the maximum value of the graph).
</span>
That is;
(h,k) = (1.5 , 7.5)
(h,k) represents the coordinates of the vertex.
On the other hand, <span>The path of Steve’s football is described by the equation:
y = - 2x</span>²<span> + 5x + 4
Using the equation of symmetry:
x = - b </span>÷ 2a
Where,
a = -2
b = 5
Therefore,
x = - 5 ÷ - 4
x = 5 / 4
x = 1.25
Substituting the value of x into the main equation to get the y-value.
y = - 2x² + 5x + 4
y = - 2(1.25)² + 5(1.25) + 4
y = - 3.125 + 6.25 + 4
y = 7.125
Hence, the vertex (h,k) = (1.25 , 7.125)
From the above results,<span> Ed’s</span> football reaches a greater height.
<span>The path of Ed’s football is shown by the graph clearly shows the coordinates of the vertex (the maximum value of the graph).
</span>
That is;
(h,k) = (1.5 , 7.5)
(h,k) represents the coordinates of the vertex.
On the other hand, <span>The path of Steve’s football is described by the equation:
y = - 2x</span>²<span> + 5x + 4
Using the equation of symmetry:
x = - b </span>÷ 2a
Where,
a = -2
b = 5
Therefore,
x = - 5 ÷ - 4
x = 5 / 4
x = 1.25
Substituting the value of x into the main equation to get the y-value.
y = - 2x² + 5x + 4
y = - 2(1.25)² + 5(1.25) + 4
y = - 3.125 + 6.25 + 4
y = 7.125
Hence, the vertex (h,k) = (1.25 , 7.125)
From the above results,<span> Ed’s</span> football reaches a greater height.