Passengers traveling by airplane have two options for their bags: carry-on (for smaller bags) or check (for large bags). An airline examines the baggage choices of its customers on a selection of short flights (less than 500 miles) and long flights (more than 500 miles). Length of Flight

Baggage Options Short Long Total
Carry-on 342 259 601
Check 178 311 489
Neither 53 32 85
Total 573 602 1175

What is the probability that a customer is on a short flight, given that the customer has a carry-on bag?

342/1,175
601/1,175
342/601
342/573

What are the solutions of the system? solve by graphing. y = x^2 + 3x + 2 y = 2x + 2

Finally, the arena decides to offer advertising space on the jerseys of the arena’s own amateur volley ball team. the arena wants the probability of being shortlisted to be 0.14. what is this as a percentage and a fraction? what is the probability of not being shortlisted? give your answer as a decimal. those shortlisted are entered into a final game of chance. there are six balls in a bag (2 blue balls, 2 green balls and 2 golden balls). to win, a company needs to take out two golden balls. the first ball is not replaced. what is the probability of any company winning advertising space on their volley ball team jerseys?

Pls never taught i’m really confused and i rlly need