A standard deck of 52 playing cards has 26 -red cards and 26 black cards. Eric is randomly drawing cards from a deck. What is the probability of his drawing a red card, placing it back in the deck, and drawing another red card? \( \frac{1}{26} \) \( \frac{1}{4} \) \( \frac{1}{52} \)

"Aynı koşullar ve varsayımlar altında meydana gelen, özellikleri aynı sonuçların (ölçüm değerlerinin) yanında farklı sonuçları da alabilen olaylara .......... denir." cümlesinde noktalı yere aşağıdakilerden hangisi gelir? \begin{tabular}{|l|l}\hline A & Yığın olay \\ \hline C & Rassal olay \\ \hline D & Benzer olay \\ \hline E & Şansa bağlı olay \\ \hline\end{tabular}

b) Passengers arrived randomly at the ABC bus station at a rate of FOUR (4) passengers per hour. Let X be the number of passengers arrived at the ABC bus station. i. Identify the type of probability distribution of \( X \). Find the probability that at most TEN (10) passengers arrived at the ABC bus station during any 60 minutes period of time. Interpret the value. What is the chances (in percentage) that exactly SEVEN (7) passengers arrived iii. at the ABC bus station during any 90 minutes period of time? (3 marks)

b) Passengers arrived randomly at the ABC bus station at a rate of FOUR (4) passengers per hour. Let X be the number of passengers arrived at the ABC bus station. i. Identify the type of probability distribution of \( X \).

1.Soru "Aynı koşullar ve varsayımlar altında meydana gelen, özellikleri aynı sonuçların (ölçüm değerlerinin) yanında farklı sonuçları da alabilen olaylara.......... denir." cümlesinde noktalı yere aşağıdakilerden hangisi gelir? \begin{tabular}{|l|l} A & Yığın olay \\ \hline C & Rassal olay olay \\ \hline D & Benzer olay \\ \hline E Şansa bağlı olay \\ \hline\end{tabular}

Explain why choosing two socks from a drawer containing blue, red, and green socks is an example of dependent events.