M4: Exam - Requires Respondus LockDown
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Due No due date Points 50 Questions 5 Time Limit 90 Minutes
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problems. This is especially important in subjects like proof-based mathematics.Calculation and Accuracy: Mathematical exams test a student’s ability to perform accurate calculations and apply mathematical
principles in the correct sequence to reach a solution.Understanding of Concepts: Beyond solving problems, mathematics exams test students’ conceptual understanding of core topics, such as algebra,
geometry, calc
Instructions
You may only have the following items when taking an exam: computer, 1-2 pieces of blank
scratch paper, a pen/pencil, and a calculator.
You may ONLY use the equation sheets that are provided WITHIN the exam. The use of printed
versions will be considered a violation of the Academic Integrity Policy.
Attempt History
Attempt Time Score
LATEST Attempt 1 84 minutes 48 out of 50
Score for this quiz: 48 out of 50
Submitted Dec 22, 2021 at 6:04pm
This attempt took 84 minutes.
Question 1 pts
You may find the following files helpful throughout the exam:
Statistics_Equation_Sheet
( https://previous.nursingabc.com/upload/images/Help_file_picture/Statistics_
Standard Normal Table
( https://previous.nursingabc.com/upload/images/Help_file_picture/standardn
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, 1/6/22, 4:47 PM M4: Exam - Requires Respondus LockDown Browser + Webcam: Introduction to Statistics-2021- Frey
InalargeshIpment of clocks it.has1 been discovered that 1 3 % of the
problems. This is especially important in subjects like proof-based mathematics.Calculation and Accuracy: Mathematical exams test a student’s ability to perform accurate calculations and apply
mathematical principles in the correct sequence to reach a solution.Understanding of Concepts: Beyond solving problems, mathematics exams test students’ conceptual understanding of core topics, such
as algebra, geometry, calc
clocks are defective. Suppose that you choose 8 clocks at random. What
is the probability that 2 or less of the clocks are defective.
Your Answer:
f(x)= n!/x!(n-x)!p^x(1-p)^(n-x)
f(x)=8!/2!(8-2)!^.13^2(1-.13)^(8-2)= .205
f(x)=8!/1!(8-1)^.13^1(1-.13)^(8-1)= .392
f(x)=8!/0!(8-0)^.13^0(1-.13)^(8-0)= .328
.205+.392+.328= .925
Question 2 pts
2/8