Probability of Mutually Exclusive Events Practice

Authored by David Ho

Mathematics

12th Grade

CCSS covered

Used 5+ times

Probability of Mutually Exclusive Events Practice

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MULTIPLE CHOICE QUESTION

30 sec • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
Are the events in this problem mutually exclusive?

Mutually Exclusive

Not Mutually Exclusive

Tags

CCSS.HSS.CP.A.1

MATH RESPONSE QUESTION

2 mins • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the total number of shirts in your closet?

Mathematical Equivalence

Tags

CCSS.HSS.CP.B.7

MATH RESPONSE QUESTION

2 mins • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many shirts are blue?

Mathematical Equivalence

Tags

CCSS.HSS.CP.B.7

MATH RESPONSE QUESTION

2 mins • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many shirts are green?

Mathematical Equivalence

Tags

CCSS.HSS.CP.B.7

MATH RESPONSE QUESTION

2 mins • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many blue shirts fit well?

Mathematical Equivalence

Tags

CCSS.HSS.CP.B.7

MATH RESPONSE QUESTION

2 mins • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many green shirts fit well?

Mathematical Equivalence

Tags

CCSS.HSS.CP.B.7

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a blue shirt at random?

7/14 = 1/2

8/14 = 2/3

6/14 = 3/7

5/14

Tags

CCSS.HSS.CP.B.7

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Probability of Mutually Exclusive Events Practice

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
Are the events in this problem mutually exclusive?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the total number of shirts in your closet?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many shirts are blue?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many shirts are green?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many blue shirts fit well?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many green shirts fit well?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a blue shirt at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a shirt that fits well at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a blue shirt that fits well at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a blue shirt or one that fits well at random?

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Probability of Mutually Exclusive Events Practice

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.Are the events in this problem mutually exclusive?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.What is the total number of shirts in your closet?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.How many shirts are blue?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.How many shirts are green?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.How many blue shirts fit well?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.How many green shirts fit well?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.What is the probability of selecting a blue shirt at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.What is the probability of selecting a shirt that fits well at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.What is the probability of selecting a blue shirt that fits well at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.What is the probability of selecting a blue shirt or one that fits well at random?

Access all questions and much more by creating a free account

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Mathematics

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
Are the events in this problem mutually exclusive?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the total number of shirts in your closet?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many shirts are blue?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many shirts are green?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many blue shirts fit well?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
How many green shirts fit well?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a blue shirt at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a shirt that fits well at random?

There are fourteen shirts in your closet, seven blue and seven green. Six of the blue shirts and four of the green shirts fit well. The others are too big. You randomly select a shirt to wear. It is blue or fits well.
What is the probability of selecting a blue shirt that fits well at random?