So you take the lowest and highest values of each set and subtract the lowest value from the highest one (to calculate the range).
A. Range is 17
B. Range is 22
C. Range is 23
D. Range is 24
Therefore D’s set of data has a range with the greatest difference
For a cyclic quadrilateral
The opposite angles are supplementary (meaning they sum up to 180 °)
I.e (x +20) ° + 3x ° =180 °
20 + 4x = 180
4x=180 - 20
4x = 160
Divide through by 4
x = 40 °
Angle at point A
(2x + 38) = (2(40) + 38) = 118 °
Angle at point B
3x = 3(40) = 120 °
Angle at point D
x + 20 = 40 + 20 = 60 °
Angle at point C
The total angle in a quadrilateral is 360 °
I.e 118 + 120 + 298 +
Solution -
A student who was skeptical about this value decided to conduct a survey by randomly sampling 36 students. On average, the sampled students slept 6.6 hours per night.
The sample mean is the average of the 36 sampled students, which is 6.6 hours. So 6.6 represents the <u><em>sample mean.</em></u>
College newspaper stated that college students get an average of 7 hrs of sleep each night.
The claimed population mean is the stated average from the newspaper article, which is 7 hrs. So 7 represents the <u><em>claimed population mean.</em></u>
Answer:
Q20:
267.99 - 98.65 - 14.77 - 3.67 - 0.87 - 2 = $148.03
Q21:
Assumed 8 hours a day and he works 365 days a year
11 x 8 x 365 = $32120
Q22
467.99 - 98.65 - 14.77 - 3.67 - 0.87 - 2 = $348.03
Q23
0.64 = 64%
Q24
0.453 = 45.3%
Q25
0.025 = 2.5%
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