This is True.
If two events are independent the occurrence of one event is not affecting the occurrence of the other event. So if event B has already occurred it will not affect the probability of occurrence of event A.
Since P(A|B) represents probability of occurrence of event A, given that event B has already occurred, P(A|B) will be equal to P(A) i.e. the probability of occurrence of event A.
This means, no matters if event B has occurred or not, it will not have any impact on event A. Event A will occur irrespective of the event B.
So, the correct answer is TRUE.
Answer:
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Step-by-step explanation:
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Answer: If you look up the question on Brainly, somebody asked the same question and there is a full explanation.
Step-by-step explanation:
That is the wrong answer. I just took the and got it wrong the right answer is (-4,-1).
Answer:
52 tickets cost $10 and 18 tickets cost $12
Step-by-step explanation:
10x+12y=804. (1)
x+y=70. (2)
From (2)
x=70-y
Substitute x=70-y into (1)
10x+12y=804
10(70-y)+12y=804
700-10y+12y=804
700+2y=804
2y=804-700
2y=104
y=104/2
y=52
Recall
x+y=70
x+52=70
x=70-52
x=18
52 tickets cost $10 and 18 tickets cost $12