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Correct option is B)

We know that,

$P(E)=n(S)n(E) $

where, P(E) is the probability of an event “E”

n(E) is the number of favorable outcomes and

n(S) is the total number of events in the sample space

Let, E be the event of getting a number greater than $6$

Here, E$=ϕ$ as the dice has only numbers up to $6$

Thus, n(E)$=0$

$∴$ $P(E)=n(S)n(E) =0$

Therefore the given statement is false.

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