If you are measuring to the nearest half inch then the fractional part I love the possible answers would be either no fraction or a number and a half for example 14 and 5 1/2 would be possible.
If you are measuring to the nearest quarter inch then the fractional part of the possible answer would be either no fraction, 1/4, two full words which is the same as 1/2, and 3/4. That means possible answers are 14, 7 1/4, 5 1/2, and6 3/4
The drawing shows a circle, with the two lines forming a cross assumed to be perpendicular to each other, so this is most likely to be a square, as the four points at which the perpendicular lines intersect with the circle can be connected to form a square.
We would need 3 points for an equilateral triangle, 5 for a pentagon, and 6 for a hexagon, which do not fit the current steps.
The first thing we are going to do in this case is to rewrite the function:
f (x) = - 16x ^ 2 + 48x
We look for the first derivative:
f '(x) = - 32x + 48
We match zero:
0 = -32x + 48
We clear x:
32x = 48
x = 48/32 = 24/16 = 12/8 = 6/4 = 3/2
x = 3/2
We verify if this value is a maximum or minimum with the second derivative:
f '' (x) = - 32
We evaluate in x = 3/2:
f '' (3/2) = - 32 (<0 Is a maximum)
Therefore the maximum height is reached in:
x = 1.5 s
The height is:
f (1.5) = - 16 * (1.5) ^ 2 + 48 * (1.5)
f (1.5) = 36 feet
Answer:
The maximum height of the ball is:
36 feet
and it takes the ball to reach that height about:
1.5 s
Answer:
john has 9 baseball cards left
Step-by-step explanation:
30 - 14 - 7 = 9
28 - 18 - 10
10 - 10
0
The answer is A.
