Answer:
- a) 6.5 seconds
- b) 13 seconds
- c) 679 ft
Step-by-step explanation:
<u>Given function:</u>
a) <u>Maximum height is the vertex.</u> The ball reaches the maximum after:
- h = -208/2(-16) = 6.5 seconds
b) <u>Time the ball was in the air:</u>
Solving we get approximately t = 13 seconds
c) <u>Maximum height is at vertex, we found t above:</u>
- h(6.5) = -16(6.5)^2 + 208*6.5 + 3 = 679 ft
I believe it is C when you distribute: 8*x is 8x and 8*2 is 16
In order to determine the volume of a cylinder, the radius and height must be known. The radius is present in the question but the height isn't. To find the volume of a cylinder you would need to use the formula V = πr²h.
Answer:
540 in^3
Step-by-step explanation:
You do lwh.
10 * 18 * 3.
Answer:
Both are wrong
Step-by-step explanation:
Though the box is shorter on the left side, it doesn't mean there are fewer numbers. Box plot tells the range, and not the mode. The box plot tells us that the interquartile range is higher on the right side.
Amber is wrong since the box plot is right-skewed
Pls vote as brainliest