A mylab.pearson.com/Student/PlayerHomework.aspx?homeworkld=621476308&questionid 10&flushed%-false&cld%3D6875084¢erwin-yesMTH 113 section 9875Mamie Amara03/07/22 7:31 PMSign Outtatist = Homework: Section 3.1HW Soore: 20%, 2.4 of 12pointsO Points: 0 of 1Question 10, ,1.34Part 1 of 2SaveA student's course grade is based on one midterm that counts as 10% of his final grade, one class project that counts as 10% of his final grade, a set of homeworkassignvments that counts as 30% of his final grade, and a final exam that counts as 50% of his final grade. His midterm score is 67, his project score is 86, hishomework score is 81, and his final exam score is 70. What is his overall final score? What letter grade did he ean (A, B, C, D, or F)? Assume that a mean of 90 orneO Helptsabove is an A, a mean of at least 80 but less than 90 is a B, and so on.radebookHis overall final score is.ch(Type an integer or a decimal. Do not round.)ontentsPlanand Resourceprrect 1sible Resourceshase Optionsnmunication ToolsQuestion ViewermeworkHelp me solve thisView an exampleGet more help-Check answer.Clear all8

The weighted mean or average is the descriptive statistics that calculates the average value of the…

Answered: A student's course grade is based on…

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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(Please answer 2nd question ) 1. Assume that there are two types of driver: One is careful and has a 0.1% of being in an accident. The other type is careless and has a 1% chance of being in an accident. Assume that each type represents 50% of the population. If there is a law mandating that all drivers buy insurance that would cover $100,000 in damages, the actuarially far premium for all drivers would be ________ while if there were no such law, the fair premium would be __________. Group of answer choices A) $100, $1,000 B) $100, somewhere between $100 and $1,000 C) $550, somewhere between $550 and $1,000 D) $550, 1,000 Ans :- option c ). 2. The term(s) used to describe the problem(s) that make the actuarially fair premiums different in the two cases in the question above is(are) Group of answer choices A) Asymmetric information B) Moral hazard C) Adverse selection D) A, B, and C E) A and C
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A group of 11 students was selected at random and asked for their high school GPA and their freshmen GPA in college the subsequent year. The results were: Student High School GPA Freshmen GPA 1 2.0 1.6 2 2.2 2.0 3 2.6 1.8 4 2.7 2.8 5 2.8 2.1 6 3.1 2.0 7 2.9 2.6 8 3.2 2.2 9 3.3 2.6 10 3.6 3.0 We would like to know whether there is a linear relationship between the high school GPA and the college freshmen GPA, and we would like to be able to predict the freshmen GPA, if we know that the high school GPA of another student is, say, 3.4. Provide the two requested scatter plots for this data (put college freshman GPA on the Y (vertical) axis!). a) What would be your approximate 95% prediction interval for question (g)? b) Show your scatterplot with the predicted trend line below
At a shooting range, instructors can determine if a shooter is consistently missing the target because of the gun sight or because of the shooter's ability. If a gun's sight is off, the variance of the distances between the shots and the center of the shot pattern will be small (even if the shots are not in the center of the target). A student claims that it is the sight that is off, not his aim, and wants the instructor to confirm his claim. If a skilled shooter fires a gun at a target multiple times, the distances between the shots and the center of the shot pattern, measured in centimeters (cm), will have a variance of less than 0.32. After the student shoots 26 shots at the target, the instructor calculates that the distances between his shots and the center of the shot pattern, measured in cmcm, have a variance of 0.18. Does this evidence support the student’s claim that the gun’s sight is off? Use a 0.005 level of significance. Assume that the distances between the shots and the…
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If the studies are inconsistent, it means that at least some of the age group from the first study will not be included in the second study, or some of the age group from the second study will not be in the first study. Therefore, to determine if the two studies are inconsistent in their description of generation A we must compare the age groups from the two studies to see if either one includes people not included in the other study. In other words, we need to determine if the age ranges match up exactly when the year of the study is taken in to consideration. In the first study from 2005, generation A is defined to be people ages 17–28. Three years later, in 2008, the second study was published and defined generation A to be people ages ages 20–31. a) First we examine the low end of the age ranges. We note that someone who was 17 years old in 2005 would be ______ years old in 2008. b) Now we examine the high end of the age ranges. We note that someone who was 28 years old in 2005…
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