Given: A leap year which includes 52 weeks and two days
So, we now have to determine the probability of that remaining two days is Sunday and Monday
S = {MT, TW, WT, TF, FS, SSu, SuM}
n (S) = 7
E= {SuM}
n (E) = 1
P (E) = \( \dfrac{ n (E) }{ n (S)}\)
= \( \dfrac{ 1} {7}\)
Answered by Aaryan | 1 year agoOne number is chosen from numbers 1 to 100. Find the probability that it is divisible by 4 or 6?
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