Answer:
hope it will be helpful to you
Step-by-step explanation:
anb shade and anbnc shade
P(B)
b. P(A and B)
P(B|A)
c. P(A and B)
P(A|B)
d. P(A and B) × P(B|A)
e. P(A and B) × P(B)
Answer:
Option d -
Step-by-step explanation:
Given : Event B is dependent on event A, and event A occurs before event B.
To find : Which formula can be used to find the probability of event A?
Solution :
Event B is dependent on event A
i.e. The intersection of A and B - A and B
Probability of event B is dependent on event A is P(A and B)
Event A occurs before event B
i.e. B|A
Probability of event A occurs before event B is P(B|A)
Event B is dependent on event A, and event A occurs before event B is
The formula which shows the probability of event A is
Therefore, Option d is correct.
Answer:
yes, it equals 44
Step-by-step explanation:
16-(-)24+4=44
Answer:
it is 44
Step-by-step explanation:
2 minus's right by each other turn into a plus sign.
Answer: Adam will run 12 miles in 1 hour.
Step-by-step explanation:
Ok, so we know 4 miles in 20 minutes, correct?
Multiply 20x2. You will get 40. Then, multiply 4x2. That is 8. So in 40 minutes he ran 8 miles. So if we multiply 20x3, we would get 60 minutes which is an hour. So we need to multiply 4 by 3–12.
Answer: 12 miles
Step-by-step explanation:
Every 35 minutes Selma packs 7 boxes, while Trudy packs 5 boxes.
Thus every 35 minutes Selma decreases the difference between them in 2 boxes.
Since the original difference was 6 boxes, Selma needs 3 times 35 minutes, or 105 minutes, in all, to catch Trudy.
Answer- 105 minutes, or 1 hour and 45 minutes.
Answer:
(2x + 20)(2x + 30) = 1200 Aplus
Step-by-step explanation: