Answer:
this question does not really make sense, but you would either see how many times 34 fits in 200, or somehow combine the two numbers but that's too complex for your grade
Step-by-step explanation:
Answer:
208 ⅓ ft²
Step-by-step explanation:
1⅞ = 15/8 inches ÷ 12
= 5/32 feet on map
Actual = 5/32 × 80
= 25/2 feet
2½ = 5/2 inches ÷ 12
= 5/24 feet on map
Actual = 5/24 × 80 = 50/3
Actual area:
25/2 × 50/3
= 625/3 ft²
= 208 ⅓ ft²
Complete Question:
Each night you total the day's sales and the total volume of ice cream sold in your shop. You notice that when an employee named Ben works, the mean price of the ice cream sold is $2.30 per pint with a standard deviation of $0.05. On nights when an employee named Jerry works, the mean price of the ice cream sold is $2.25 per pint with a standard deviation of $0.35. Which employee likely receives more complaints that his servings are too small? Explain.
Answer:
The employee that likely receives more complaints that his servings are too small is Jerry.
Step-by-step explanation:
a) Data:
Ben's mean price of ice cream sold = $2.30 per pint
Ben's mean price has a standard deviation = $0.05 (2.2%)
Jerry's mean price of ice cream sold = $2.25 per pint
Jerry's mean price has a standard deviation = $0.35 (15.5%)
b) Whereas the mean price of Ben's ice cream is $2.30, Jerry's mean price is less by $0.05, more than 20%. On the other hand, the standard deviation of Ben's mean price is $0.05 (about 2.2% variation), while Jerry's is $0.35 representing about 15.6% variation. This means that the variations in Jerry's price are far too much when compared to Ben's.
c) Percentages of Variations:
Ben = $0.05/$2.30 * 100 = 2.2%
Jerry = $0.35/$2.25 * 100 = 15.6%
Answer:
Probability=2/5
Step-by-step explanation:
Let the line segment be AB of uniform length and x is distance
so
Case 1 min(x,L-x) then
Case 2 min(x,L-x)=L-x then
So Probability
6 is equal to 42/7, and 3 and 5/7 is 26/7 so 42-26 = 16/7 which is also 2 and 2/7 ths
