2021SummerC-X-EEE341-42702-42701-42698-42709
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Quiz 1
Due May 20 at 11:59pm Points 10 Questions 7
Available May 19 at 11:59pm - May 20 at 11:59pm 1 day Time Limit 75 Minutes
Allowed Attempts Unlimited
Instruc ons
Week 1 Quiz - covers the EEE 241 review.
You have unlimited attempts on this quiz.
---
This assessment consists of a variety of multiple choice, matching, and numerical answer questions.
For each question, type in or select the best answer. Each correct answer is worth the number of points
indicated. You will receive no partial credit for any incorrect answers. Points are not deducted for
incorrect answers.
This quiz is open book. Once you begin the quiz, you will have 75 minutes to complete each attempt.
Once this 75 minute window has passed, you will not be able to access your attempt, nor will you be able
to record or change an answer for that attempt. If you make additional attempts on the exam, the
questions may have changed so you need to carefully re-work the new attempt.
This quiz was locked May 20 at 11:59pm.
A empt History
Attempt Time Score
KEPT Attempt 6 9 minutes 10 out of 10
LATEST Attempt 6 9 minutes 10 out of 10
Attempt 5 11 minutes 2 out of 10
, Attempt 4 5 minutes 0 out of 10
Attempt 3 3 minutes 0 out of 10
Attempt 2 55 minutes 8 out of 10
Attempt 1 50 minutes 3 out of 10
Correct answers are hidden.
Score for this attempt: 10 out of 10
Submitted May 20 at 3:28pm
This attempt took 9 minutes.
Question 1 pts
The following information pertains to Questions 1 - 6. Imagine a mostly
empty universe that is governed by the same laws of physics as our
universe. The only object that exists in this universe is the one shown
below. This object consists of a solid perfectly conducting sphere of
radius a, surrounded by a spherical dielectric shell of material with relative
permittivity er , inner radius b and outer radius c. The outer surface of this
spherical dielectric shell is covered with a thin layer of perfect conductor.
A charge of Q0 coulombs is deposited onto the perfectly conducting
sphere at the center of the object. Assume a coordinate system whose
origin at the center of this object.
Your browser does not meet the minimum requirements
for Canvas. Please visit the Canvas Community
Quizfor
1 a
complete list of supported browsers.
Quiz 1
Due May 20 at 11:59pm Points 10 Questions 7
Available May 19 at 11:59pm - May 20 at 11:59pm 1 day Time Limit 75 Minutes
Allowed Attempts Unlimited
Instruc ons
Week 1 Quiz - covers the EEE 241 review.
You have unlimited attempts on this quiz.
---
This assessment consists of a variety of multiple choice, matching, and numerical answer questions.
For each question, type in or select the best answer. Each correct answer is worth the number of points
indicated. You will receive no partial credit for any incorrect answers. Points are not deducted for
incorrect answers.
This quiz is open book. Once you begin the quiz, you will have 75 minutes to complete each attempt.
Once this 75 minute window has passed, you will not be able to access your attempt, nor will you be able
to record or change an answer for that attempt. If you make additional attempts on the exam, the
questions may have changed so you need to carefully re-work the new attempt.
This quiz was locked May 20 at 11:59pm.
A empt History
Attempt Time Score
KEPT Attempt 6 9 minutes 10 out of 10
LATEST Attempt 6 9 minutes 10 out of 10
Attempt 5 11 minutes 2 out of 10
, Attempt 4 5 minutes 0 out of 10
Attempt 3 3 minutes 0 out of 10
Attempt 2 55 minutes 8 out of 10
Attempt 1 50 minutes 3 out of 10
Correct answers are hidden.
Score for this attempt: 10 out of 10
Submitted May 20 at 3:28pm
This attempt took 9 minutes.
Question 1 pts
The following information pertains to Questions 1 - 6. Imagine a mostly
empty universe that is governed by the same laws of physics as our
universe. The only object that exists in this universe is the one shown
below. This object consists of a solid perfectly conducting sphere of
radius a, surrounded by a spherical dielectric shell of material with relative
permittivity er , inner radius b and outer radius c. The outer surface of this
spherical dielectric shell is covered with a thin layer of perfect conductor.
A charge of Q0 coulombs is deposited onto the perfectly conducting
sphere at the center of the object. Assume a coordinate system whose
origin at the center of this object.
