The area of the net the team uses is no more than 107.25 ft2. The width of the net is 3.25 feet.
2 answers:
Answer:
The inequality is
Step-by-step explanation:
Given: Area of volleyball net=
Width of Volleyball net=
Considering the volleyball net is in rectangular shape and l and w is length and width respectively.
Area of rectangle=
Now, using formula to form inequality
⇒
Next, using the inequality to find length of Volleyball net.
∴
Dividing both side by 3.25
⇒
∴ l= 33 ft
The possible length of Volleyball net is 33 ft.
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Answer:
Most likely (B)
Step-by-step explanation:
Points of ABCD:
A (3,1)
B (3,4)
C (5,5)
D (5,2)
The algebraic rule for reflecting across the y axis:
(x,y) ---> (-x, y)
Points of ABCD after being reflected: (shown by figure 2)
A (-3, 1)
B (-3, 4)
C (-5, 5)
D (-5, 2)
Then, the figure got translated two units to the left, resulting in figure F in the picture, and A’B’C’D’ in the question.
Points of ABCD after being translated by (x-2, y) : (shown by figure F)
A (-5, 1)
B (-5, 4)
C (-7, 5)
D (-7, 2)
This should be the coordinates of A’B’C’D’.
Answer:
The equation has a maximum value with a y-coordinate of -21.
Step-by-step explanation:
Given
Required
The true statement about the extreme value
First, write out the leading coefficient
means that the function would be a downward parabola;
Downward parabola always have their vertex on top of the parabola and as such, the function has a maximum value.
The maximum value is:
Where:
So, we have:
Substitute in
<em>Hence, the maximum is -21.</em>