Assuming that there is no dots on any of the bottom shown, i would go with the 2nd top left, that would be the next pattern.
H + c = 456
c = 3h
h + 3h = 456
4h = 456
h = 456/4
h = 114 <=== hamburgers sold
c = 3h
c = 3(114)
c = 342......cheeseburgers sold
Answer:
<u>Slope of the graphed line, using 2 points (-1, 3) and (0, 0):</u>
<u>Slope of the line containing the points (-6, 2) and (-9, 5):</u>
- m₂ = (5 - 2)/(-9 - (-6)) = 3/-3 = -1
<u>The difference in number between the slopes:</u>
<u>The difference in slopes:</u>
- The slope of the graphed line is 3 times steeper.
Answer:
P(A) = 3/20
Step-by-step explanation:
P(A)=P(blue)P(head)=(3/10)(1/2)=3/20
as there are 10 cards in total, out of which 3 are blue so the probability to get the blue card is, P(blue) = 3/10. and the probability of getting a head when a coin is tossed is P(head) = 1/2.
So in total
P(A) = P(blue)*p(head) = (3/10)*(1/2) = 3/20 = 0.15
Need to develop a contingency table (often used for calculating probabilities when the focus is on conditional probability).
The nurse is either M or F.
The nurse either has a BS degree or does not.
Since there are 125 female nurses, and 56 of those held bachelors degrees, that leaves (125-56), or 69, who did not hold bachelors degrees. Complete this table. I found that there are 75 male nurses and 125 female nurses. Note that 75 and 125 add up to 200 (which is the given number of nurses).