The tree diagram shows the possible outcomes when three number cards are placed in a container and then a card is drawn at random three times. Each time a card is drawn, it is placed on the table next to the previous card drawn.

What is the probability of the three digit being $>200$?

The tree diagram shows the possible outcomes when three number cards are placed in a container and then a card is drawn at random three times. Each time a card is drawn, it is placed on the table next to the previous card drawn.

What is the probability of the three digit being even?

The tree diagram shows the possible outcomes when three number cards are placed in a container and then a card is drawn at random three times. Each time a card is drawn, it is placed on the table next to the previous card drawn.

What is the probability of the three digit being divisible by $3$?

A box contains $6$ red pencils and $8$ blue pencils. A pencil is chosen at random and not replaced. A second pencil is then chosen at random.

Complete the above tree diagram.

A box contains $6$ red pencils and $8$ blue pencils. A pencil is chosen at random and not replaced. A second pencil is then chosen at random.

Calculate the probability that at least one of the pencils is red.

A box contains $6$ red pencils and $8$ blue pencils. A pencil is chosen at random and not replaced. A second pencil is then chosen at random.

Calculate the probability that both pencils are red.

Dan either walks or cycles to school. The probability that he cycles to school is $\frac{1}{3}$. When Dan cycles to school the probability that he is late is $\frac{1}{8}$. When Dan walks to school the probability that he is late is $\frac{3}{8}$. Complete the tree diagram.