gt; For questions #15 through 22, nd the probability of each event occurring. (Sec 11.5) Examples: Three men and three women line up at a checkout...

Hey course hero, can you please help me out with these questions? #15-23 I really want to learn. this is hard

> For questions #15 through 22, find the probability of each event occurring. (Sec 11.1/11.5)Examples: 15. 16. 17. 18. 19. 20. 21. 22. Three men and three women line up at a checkout counter in store. Find the probability that thefirst person in line is a woman and the line alternates by gender. Write answer as a reducedfraction. Seven performers, A, B, C, D, E, F, and G, are you to appear in a fund raiser. The order ofperformance is determined by the random selection. Find the probability that E will performsixth and B will perform last. Write answer as a reduced fraction. A political discussion consists of five Democrats and six Republicans. Four people are selected toattend a conference. Find the probability that the selected group will consist of all Republicans.Write answer as a reduced fraction. A political discussion group consists of 8 Democrats, 7 Republicans, and 2 members of theIndependent Party. Five people are to be selected to attend a conference. Find the probabilitythat the selected group will consist of two Democrats, two Republicans, and one Independent.Write answer as a reduced fraction. A poker hand consists of five cards. Find the probability of being dealt (round each answer to a7-decimal approximation): a. Four aces (four of a kind} b. Four aces and one king c. Three Jacks and two 85 {full house) d. 2 diamonds and 3 hearts A state lottery is designed so that a player chooses five numbers from 1 to 30 on one lotteryticket. What is the probability that a player with 100 lottery tickets will win? Round answer to a6-decimal approximation. A parent-teacher committee consisting of four people is to be selected from fifteen parents andfive teachers. Find the probability of selecting two parents and two teachers. Write answer as areduced fraction. A group consists of four men and five women. Three people are selected to attend a conference.Find the probability that the selected group will consist of two men and one woman. Writeanswer as a reduced fraction. > For questions #23 and 24, find the probability of each mutually and not mutually exclusive events occurring. Write all answers as reduced fractions. (Sec 11.4/11.6}Examples: 23. You randomly select one card from a 52-card deck. Find the probability of selectinga. a 2 or a 5 a red 3 or a picture card the 7 of hearts or the 8 of spades a club, or a 10 a Jack or a red card a card with rank greater than 2 and less than 7, or a diamond (sweeper-r a card with rank less than or equal to a 5, or a black Ace (assume the Ace is a high card}