If three different coins are tossed together, find the probability of getting two heads.

1. $\Big(\dfrac{3}{8}\Big)$

2. $\Big(\dfrac{1}{2}\Big)$

3. $\Big(\dfrac{3}{4}\Big)$

4. $\Big(\dfrac{5}{8}\Big)$

Three unbiased coins are tossed together. What is the probability of getting at most two heads?

1. $\Big(\dfrac{1}{4}\Big)$

2. $\Big(\dfrac{3}{4}\Big)$

3. $\Big(\dfrac{3}{8}\Big)$

4. $\Big(\dfrac{7}{8}\Big)$

Two different dice are rolled together. The probability of getting a sum of 9 is:

1. $\Big(\dfrac{1}{6}\Big)$

2. $\Big(\dfrac{1}{8}\Big)$

3. $\Big(\dfrac{1}{9}\Big)$

4. $\Big(\dfrac{1}{12}\Big)$

In a simultaneous throw of two dice, what is the probability of getting a doublet?

1. $\Big(\dfrac{1}{4}\Big)$

2. $\Big(\dfrac{2}{3}\Big)$

3. $\Big(\dfrac{1}{6}\Big)$

4. $\Big(\dfrac{3}{7}\Big)$