### Course Grading Scale and Final Grade Calculation#### Grading Breakdown- **Homework (HW):** 15%- **Exams:** 60%- **Final Exam:** 25%#### Student's Scores- **Homework:** 100%- **Exams:** - Exam 1: 84% - Exam 2: 91% - Exam 3: 74% (Lowest score to be dropped) - Exam 4: 85%- **Final Exam:** 91%#### Final Grade CalculationTo determine the final grade in the course, we will drop the lowest exam score (Exam 3) and recalculate using the weighted percentages.##### Step-by-Step Calculation1. **Homework Weight (15%)** - Score: 100% - Weighted Score: \( 100 \times 0.15 = 15 \)2. **Exams Weight (60%)** Drop Exam 3 (74%), and use the remaining exam scores: Exam 1 (84%), Exam 2 (91%), Exam 4 (85%). - Average Exam Score: \( \frac{84 + 91 + 85}{3} = 86.67 \) - Weighted Score: \( 86.67 \times 0.60 = 52 \)3. **Final Exam Weight (25%)** - Score: 91% - Weighted Score: \( 91 \times 0.25 = 22.75 \)4. **Total Final Grade** - Sum of all weighted scores: \( 15 + 52 + 22.75 = 89.75 \)Therefore, the student’s final grade in the course is **89.75**.#### Multiple Choice Options for Final Grade- 85.24- 89.75 ⬅️ (Correct Answer)- 90.1- 87.8

There are 4 exams, Divide 60% in 4 exam, Now it is easy to calculate.

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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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Find the class ranking. (Round your answer to the nearest whole number.) 43rd percentile out of 32 Need Help? Read It
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exam scores for 20 student are shown below, calculate the percentile for a student whose exam score is 90. round your answer to the nearest whole number, 53,53,58,62,62,65,66,68,68,70,71,75,78,79,80,84,89,94,94,96
Please no written by hand solution The proportion of respondents who gave the most popular answer was (round to three decimal places)?
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Use the expression in the accompanying discussion of sample size to find the size of each sample if you want to estimate the difference between proportions of men and women who consume medication daily. Assume that you want 90% confidence that your error is no more than 0.025. a Click the icon to view the discussion of sample size. The samples should include (Type whole numbers.) men and women. i Sample size discussion ha The sample size needed to estimate the difference between two population proportions to within a margin of error E with a confidence level of 1-a can be found by using the following expression: P191 P292 E= Z«/2 n2 Replace n, and n, by n in the preceding formula (assuming that both samples have the same size) and replace each of p, , q,, P2, and q, by 0.5 (because their values are not known). Solving for n results in this expression: Za12 n = 2E?
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Use the expression in the accompanying discussion of sample size to find the size of each sample if you want to estimate the difference between proportions of men and women who own smartphones. Assume that you want 90% confidence that your error is no more than 0.035. A Click the icon to view the discussion of sample size. The sample should include men and women. (Type whole numbers.)
se what you have learned to answer the following questions. MATCHING LIST Match the food group with the recommended portion size based on MyPlate. vegetables proteins dairy MULTIPLE CHOICE a. b. C. 20 percent 10 percent 30 percent Attempt 1 of 2
Sarah is training for a bike race she rides her bike 5 3/4 miles in 1/3 hour. What is her rate in miles per hour?
Use the expression in the accompanying discussion of sample size to find the size of each sample if you want to estimate the difference between proportions of men and women who own smartphones. Assume that you want 95% confidence that your error is no more than 0.02. A Click the icon to view the discussion of sample size. The sample should include men and women. (Type whole numbers.) Sample size discussion The sample size needed to estimate the difference between two population proportions to within a margin of error E with a confidence level of 1-a can be found by using the following expression: P191 P292 E=Za/2 n1 n2 Replace n, and n2 by n in the preceding formula (assuming that both samples have the same size) and replace each of p,, 9,, P2, and q2 by 0.5 (because their values are not known). Solving for n results in this expression: a/2 n = 2E? Print Done
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