In a school, there are three types of games to be played. Some of the students play two types of games, but none play all the three games. Which Venn diagrams can justify the above statement?

Question

In a school, there are three types of games to be played. Some of the students play two types of games, but none play all the three games. Which Venn diagrams can justify the above statement? <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/mathematics/856a5340fa0f363ffa706217cdf0365f-.png" /> (A) P and Q (B) P and R (C) None of these (D) Q and R

Tardigrade Admin · Accepted Answer

A ∩ B ∩ C is visible in all three venn diagram Hence, Option (3)

Q. In a school, there are three types of games to be played. Some of the students play two types of games, but none play all the three games. Which Venn diagrams can justify the above statement?

$P$ and $Q$

$P$ and $R$

None of these

Q and $R$

$A \cap B \cap C$ is visible in all three venn diagram Hence, Option (3)

Q. In a school, there are three types of games to be played. Some of the students play two types of games, but none play all the three games. Which Venn diagrams can justify the above statement?

P and Q

P and R

None of these

Q and R

A∩B∩C is visible in all three venn diagram Hence, Option (3)

$P$ and $Q$

$P$ and $R$

Q and $R$

$A \cap B \cap C$ is visible in all three venn diagram Hence, Option (3)