Answer:
Brandi's velocity at the bottom of the hill is 0 ft / s
Step-by-step explanation:
Given:
Height of the bunny hill = 200
speed is given by
To find:
Brandi's velocity at the bottom of the hill = ?
Solution:
At the bottom of the hill , the height is zero
Thus the speed of Brandi at height h = 0
Answer:
Step-by-step explanation:
Multiply 5x4.49= 22.45
Do the same for the gasoline G5x2.59= 12.95
T22.45+12.95= 35.40
Minimum required sample size for a desired margin of error and confidence level when it is a proportion problem: n = (z2÷margin of error2)*p-hat*q-hat
The maximum value of p-hat*q-hat occurs where p-hat = .5 (found by taking the derivative of (p-hat)*(1-p-hat) and setting it equal to 0 to find the maximum. n = ( 2.5762( for 99% confidence interval)÷.0482 )*.5*.5 = 720.028 or 721
Answer:
Wouldn't it just be 8?
Step-by-step explanation:
f(8)
8f^1-1
8f^0
8x1
8
Answer:
$5836.32
Step-by-step explanation: