2. A not-so-skilled volleyball player has a 15% chance of making the serve, which involveshitting the ball so it passes over the net on a trajectory such that it will land in theopposing team's court. Suppose that her serves are independent of each other.a. What is the probability that on the 10th try she will make her 3rd successful serve?b. Suppose she has made two successful serves in nine attempts. What is the probabilitythat her 10th serve will be successful?c. Even though parts (a) and (b) discuss the same scenario, the probabilities youcalculated should be different. Can you explain the reason for this discrepancy?d. What is the probability that on the 10th try she will make her first successful serve?e. What is the probability that she will make three successful serves in 10 serves.

Here AS PER POLICY I HAVE CALCULATED FIRST 3 SUBPART PLZ REPOST FOR REMAINING PARTS A…

Answered: opposing team's court. Suppose that her…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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The Two-Way table below represents 2 bags of M&Ms. One bag id the peanut M&Ms and the other is the Milk Chocolate (without peanuts) M&Ms. Ms. Bradley pours both bags into a glass jar. Use the following Two-Way Table to answer the following prompts: Orange Red Yellow Green Blue Brown Milk Chocolate 13 15 18 19 16 14 Peanuts 9 11 8 7 12 10 What is the Probability of selecting a Orange Milk Chocolate and a blue Milk Chocolate M&M? After each selection the M&Ms are not placed back into the jar.
Given two events G and H, the probabilities of each occurring are as follows: P(G) = 0.35; P(H) = 0.19; P(H AND G) = 0.1. Using this information: Find the complement of P (H AND G). Type answer with 0 in front of decimal to 2 places. If answer is like .2, type 0.2 not .2 or 0.20.
Sociologists say that 95% of married women claim that their husband's mother is the biggest bone of contention in their marriages (sex and money are lower-rated areas of contention). Suppose that seven married women are having coffee together one morning. Find the following probabilities. (For each answer, enter a number. Round your answers to three decimal places.) At least five of them dislike their mother-in-law. (d) No more than four of them dislike their mother-in-law.
You have three red cards numbered 1,2,3 and two orange cards numbered 1,2. Finding the following probabilities
At a company, the employees were surveyed and classified according to their level of education and whether they smoked or not. The data are shown in the table. High school graduate College graduate Smoke 09 19 Do not Smoke 17 25 If an employee is selected at random, find the following probabilities. (Round your answers to three decimal places) a. Employee smokes and is a college graduate. b. Employee smokes or is a college graduate. c. Employee smokes, given that he or she graduated from college. d. Employee is a college graduate, given that he or she smokes.
Q. 2 A car dealer notes the following probabilities about his customers: P(those who buy a new car) = 0.25 P(those who buy a European car) = 0.30 P(those who neither buy a new car nor an European car) = 0.54 Find the probability that next customer buys a new European car?
Given two events G and H, the probabilities of each occurring are as follows: P(G) = 0.25; P(H) = 0.3; P(H AND G) =0.1. Using this information: Find P(H OR G). Type answer with 0 in front of decimal to 2 places. If answer is like .2, type 0.2 not .2 or 0.20.
Q. 2 A car dealer notes the following probabilities about his customers: P(those who buy a new car ) = 0.25 P(those who buy a European car) = 0.30 P(those who neither buy a new car nor an European car ) = 0.58 Find the probability that next customer buys a new European car?
6. Historically, a given day at the beginning of March in upstate New York has a 18% chance of snow and a 12% chance of rain. If there is a 4% chance it will rain and snow on a day, then which of the following represents the probability that a day in early March would have either rain or snow? (1) 0.30 (3) 0.02 (2) 0.34 (4) 0.26
Kindly answer it

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