Let the length of one of the diagonals be 2x and the other be 2y, then
cos (76/2) = x/10
x = 10 cos 38 = 7.88 cm
sin (76/2) = y/10
y = 10 sin 38 = 6.16 cm
Answer:
(2×1+2)+(2×2+2)+(2×3+2)+(2×4+2)
=28
Answer:
represent the number of non-fatal accidents involved the use of a cell phone
represent the sample size
And we want to find a point estimate for p, the population proportion of non-fatal accidents that involved the use of a cell phone and we can use the following formula:
And replacing we got:
Step-by-step explanation:
For this problem we have the following info given:
represent the number of non-fatal accidents involved the use of a cell phone
represent the sample size
And we want to find a point estimate for p, the population proportion of non-fatal accidents that involved the use of a cell phone and we can use the following formula:
And replacing we got:
Answer:
Step-by-step explanation:
- Red cases x = $10 each
- Green cases y = $20 each
- Minimum target is $500
<u>Required inequality:</u>
<em>The graph is attached</em>
<u>Some combinations:</u>
- 50 red or 25 green or 18 of each color etc.
- Any combination of positive numbers in the shaded region.
Answer:
12.102, 12.012, 12.01, 12.001
Step-by-step explanation:
Since all of the numbers have the same numbers in the tens and ones places, the first place we need to compare is the tenths. The number with the greatest digit in the tenths place is 12.102, so it is first. The other numbers have a zero in the tenths place, so we move to the hundredths. 12.012 and 12.01 both have a one in the hundreds place, so we need to look at the thousandths. 12.012 is greater because it has a two in the thousandths place instead of a zero like 12.01, so it goes next, then 12.01, leaving 12.001 as the least.