2. Approximately 11% of all people are left-handed. Consider 20 randomly selected students. In thequestions below please provide the probability statements along with calculations and/or calculatorfunctions with inputs wherever possible.a. -) If you are interested in the number of students out of 20 that are left-handed how would youdefine the random variable X in the context of this problem? What type of distribution would Xfollow and with what parameters?b.Find the probability exactly none are left-handed.

Given that Number of trials n=20 Success of probability p=0.11 nCx =n!/x!(n-x)!

Answered: -stions below please provide the…

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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above are listed the numbers of engineers in various fields by gender at a company. if you choose one engineer at random, what is P(biomedical|Female) which is read "the probability that the engineer is biomedical given that the engineer is female." Mechanical Electrical Biomedical Female 7 5 6 Male 2 3 7
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Information is provided for 3 different ways of getting from home to work in the morning. From A way: μA =34 minutes, 4-5.4 minutes; From B way: μ=31 minutes, 4-2 minutes; From C way: μ =32 minutes, 4-4 minutes. Which route should someone with 29 minutes of time take? Hint1. Define the commute time as a random variable X. Hint2. Use normal probability table. O a. B O b. A O c. Bor C O d. C O e. A or B
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Please provide steps for how you got the solution to the problem provided below, I am trying to understand the problem, not just see an answer. Thank you so much. A manufacturing line produces a variety of components, one every 10 minutes. Due to uncertainties in the manufacturing process, components are produced randomly. Specifically, the next produced component is of type A with probability 0.2, of type B with probability 0.15 and of some other type the rest of the time. A particular product consists of three total components, 1 of type A and 2 of type B. A robot is assembling the units of this product one at a time. The robot is located at the end of the production line and collects a required component as soon as it is outputted by the line. If a component is not collected by the robot, because it is not needed for the current assembly, it moves past and is used elsewhere. Once one unit of product is assembled, it is shipped and a new assembly starts. Shipment procedure also…

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