If of Saturday he drove 10 miles, then that’s 100%.
80 miles is 8 times as big as 10, which means we will multiply the 100% by 8.
Therefore the number of miles Ethan drove on Sunday is 800% the number of miles he drove on Saturday.
Answer: (0.24 - 1.96*0.019, 0.24 + 1.96*0.019)
Step-by-step explanation:
We know that the confidence interval population proportion (p) is given by :-

, where
= sample proportion.
z* = Critical value (Two -tailed)
SE = standard error
Given : In 2012, about 24% of high-school seniors reported binge drinking (defined as five or more drinks in a row in the past two weeks), a substantial drop since the late 1990s.
SE = 0.019
Significance level =
Two-tailed value corresponds for
:
z*=1.96 [Using z-table]
Now, the 95% confidence interval for the proportion of high-school seniors in the sample who would report binge drinking will be :-

Hence, the correct answer = (0.24 - 1.96*0.019, 0.24 + 1.96*0.019)
Answer:
9/20 mile
Step-by-step explanation:
Take (calculate) 3/4 of 3/5 mile:
3 3
---- * ---- = 9/20
4 5
9/20 mile needs to be repaved.
Answer:
The equation to find
, the number of servings eaten during the month is:
B. 
Step-by-step explanation:
Given:
Number of servings of trail mix made by Shiloh = 89
Number of servings of trail mix left by the end of month = 55
To write an equation to find
which is the number of servings eaten during the moth.
Solution:
The total number of servings of trail mix made = 89
Number of servings eaten during the month = 
<em>Servings of trail mix left by the end of the moth can be given as:</em>
⇒ 
Number of servings actually left by the end of the month = 55
Thus, the equation to find
, the number of servings eaten during the month is:
(Answer)
On solving for
we get the number of servings eaten.
The first step for solving this equation is to move the constant to the right side of the equation and then change its sign.
a = -8 - 36
Now calculate the difference on the right side to find your final answer.
a = -44
Let me know if you have any further questions.
:)