Denis examined the records of the clients who had joined his gym more than six months ago, and he found these statistics: \begin{aligned} &P(\text{joined in January})=0.12 &P(\text{member for over 6 months})=0.5 &P(\text{over 6 months and January})=0.024 \end{aligned} P(joined in January)=0.12 P(member for over 6 months)=0.5 P(over 6 months and January)=0.024 Find the probability that a client remained a member for more than 666 months, given that the client joined in January.

.2

Step-by-step explanation:

This is a conditional probability question. So it's asking you to find the probability that a client remained a member for more than 6 months, given that the client joined in January - which is formatted as P = (.5 | .12). You would then divide the chance of being over 6 months AND in January over the chance of being a member for over six months. ( .024 / .12) There, you would get .2 as your answer.

$5.41

step-by-step explanation:

$20 - $14.51 = $5.49.

where are the graphs?

step-by-step explanation: