Application of FCP to Probability Problems (Grade 12 NSC Matric Mathematics): Quizzes
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Practise the questions
10 questions from this quiz
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Practise the questions
10 questions from this quiz
When is the fundamental counting principle most useful for probability problems?
When is the fundamental counting principle most useful for probability problems?
When sample space is very large
In the formula , what does represent?
In the formula , what does represent?
Total arrangements of event E
How many 4-digit PINs can be made from digits 0-9 if digits can be repeated?
How many 4-digit PINs can be made from digits 0-9 if digits can be repeated?
How many 4-digit PINs from 0-9 can be made if digits cannot be repeated?
How many 4-digit PINs from 0-9 can be made if digits cannot be repeated?
What is the complement rule formula for finding in 'at least one' problems?
What is the complement rule formula for finding in 'at least one' problems?
For a 4-digit PIN with repetition, find P(at least one 8) if no 8s gives 6,561 outcomes.
For a 4-digit PIN with repetition, find P(at least one 8) if no 8s gives 6,561 outcomes.
For number plates, how many letters are available if vowels and Q are excluded?
For number plates, how many letters are available if vowels and Q are excluded?
What is P(plate starts with Y and ends odd) if favourable=200,000 and total=8,000,000?
What is P(plate starts with Y and ends odd) if favourable=200,000 and total=8,000,000?
What does 'with repetition' mean in counting problems?
What does 'with repetition' mean in counting problems?
Same number of choices each time
Why use the complement rule for 'at least one' probability problems?
Why use the complement rule for 'at least one' probability problems?
Calculating 'none' is simpler