←Your company bids for two contracts. You believe the probabilitythat you get contract #1 is 0.7. If you get contract #1, theprobability you also get contract #2 will be 0.5, and if you do notget contract #1, the probability that you get contract #2 will be0.2. Complete parts a through e below.a) Are the outcomes of the two contracts bids independent?Explain.OA. No; the outcome of the first contract determines theprobability of getting the second contract.OB. No; no events are independent.OC. Yes; the outcome of the first contract has no impact onthe second contract.OD. Yes; all events are independent.b) Find the probability you get both contracts.(Type an integer or a decimal. Do not round.)c) Find the probability you get neither contracts.(Type an integer or a decimal. Do not round.)d) Let X be the number of contracts you get. Find the probabilitymodel for X.012XP(x)(Type integers or decimals. Do not round.)e) Find the expected value and standard deviation of X.The expected value of X is.(Type an integer or a decimal. Do not round.)The standard deviation of X is(Round to three decimal places as needed.)

Let us define some events A : you get contract 1. B : you get contract 2. It is given that P(A) =…

Answered: a) Are the outcomes of the two…

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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Number 3,4, and five
A game has three outcomes. The probability of a win is 0.4, the probability of tie is 0.5, and the probability of a loss is 0.1. What is the probability of not winning in a single play of the game? O A. 0.1 O B. 0.33 O C. 0.6 OD. 05
Your company bids for two contracts. You believe the probability that you get contract #1 is 0.7. If you get contract #1, the probability you also get contract #2 will be 0.3, and if you do not get contract #1, the probability that you get contract #2 will be 0.2. Complete parts a through e below. Question content area bottom Part 1 a) Are the outcomes of the two contracts bids independent? Explain. b) Find the probability you get both contracts. c) Find the probability you get neither contracts. d) Let X be the number of contracts you get. Find the probability model for X. x 0 1 2 P(x) e) Find the expected value and standard deviation of X.
Two dice, one green and one yellow, are rolled. Find the conditional probability. The sum is 12, given that the green one is either 2 or 3 and the yellow one is 1. Say whether the indicated pair of events is independent. The events are dependent.The events are independent.
Hector is playing a new video game. To get to the next level, he must capture the golden brick and then choose the correct door. The chance that he captures the golden brick is 70%. The chance that he chooses the correct door is 40%. The probability that he does both is 20%. Create a Venn Diagram and determine the probability that: He captures the golden brick and chooses the correct door He only captures the golden brick He only chooses the correct door He doesn’t complete either task
The map below shows the percentage change in housing prices from June 2014 to June 2015 in each of nine regions (U.S. Census divisions).+ Pacific 7.68 Mountain 7.17 West North Central 3.91 West South Central 6.92 East North Central 4.51 East South Central 4.88 Middle Atlantic 1.72 South Atlantic 6.12 New England 3.18 by You are choosing a region of the country to move to. Let E be the event that the region you choose saw a increase in housing prices of 4% or more, and let F be the event that the region you choose is on the east coast. Describe the event of EU F in words. You choose a region that saw an increase in housing prices of 4% or more or is on the east coast. You choose a region that saw a increase in housing prices of 4% or more and is on the east coast. List the outcomes of E UF. OEUF = {Pacific, Mountain, South Atlantic} EUF = {East North Central, South Atlantic, West North Central, Mountain, Pacific} EUF = {New England, Middle Atlantic, East North Central} EUF = {East North…
Roll two dice and observe the numbers coming up. Define two events by: A="the sum is six," and B-"the numbers are not equal." Find and compare P(B) and P(BIA).
1) The question screenshot is attached down below just need final answer.
Direction: Identify if the given is TRUE OF FALSE. 1. If the two events stated in a probability problem is connected by the word “or” then the operation will be use is intersection.
John is having a dinner at a restaurant, which sells 3 kinds of dishes, A, B, and C. The probabilities of ordering each dish are 0.4, 0.3, and 0.3. Suppose the probability of John being satisfied after eating the dishes are 0.7, 0.5, and 0.6, respectively. Answer the questions below. 1) When John wasn’t satisfied with his dish, what is the probability that he has eaten the dish B? (Round an answer to two decimal places.) 2) What is the probability that John satisfies after eating the dish?
Rodney is going to shoot a total of 9 free-throws to prove he is a better shooter than Chris. During warm-ups Rodney can make 57% of practice shots. The challenge results are as follows… • 9 hits Rodney wins $100 • 6-8 hits Rodney wins $25 • 4-5 No one wins • 0-3 hits Chris wins $15 What is the probability that Rodney makes 7 shot?

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