M4: Exam - Requires Respondus LockDown Browser
+ Webcam
Due No due date Points 100 Questions 10 Time Limit 120 Minutes
Requires Respondus LockDown Browser
Instructions
Please read the following before beginning the exam:
You must show your work for calculations or give an explanation for short answer questions in order
to receive credit.
You may only use the methods and explanations provided by this course for your answers. The use
of a method or explanation that was not taught in this course is a violation of the Academic Integrity
Policy.
You MUST only use the Periodic Table provided within the exam.
You MUST only use the equation bank that is provided within the exam.
The use of printed versions of the Periodic Table and equation bank will be considered a violation of
the Academic Integrity Policy.
Any equation or constant used on an exam that is not from the equation bank and is different from
the method taught in this course will be considered an outside source and a violation of the
Academic Integrity Policy.
During module exams you may not use any outside source of information such as the
module, problem sets, notes, Internet, tutor, etc.
You may ONLY copy and paste from within the exam itself, from the equation bank, or from the
provided calculator but not from an outside source.
The only items you should have in front of you are your computer, 1-2 pieces of blank scratch
paper, a calculator (non-cell phone), and a pen/pencil.
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, 6/29/2021 M4: Exam - Requires Respondus LockDown Browser + Webcam: General Chemistry I w/Lab-2021- Kozminski
Attempt History
Attempt Time Score
LATEST Attempt 1 66 minutes 100 out of 100
Score for this quiz: 100 out of 100
Submitted Jun 15 at 9:23am
This attempt took 66 minutes.
Question 1 pts
You may find the following resources helpful:
Scientific Calculator (https://www.desmos.com/scientific)
Periodic Table
(https://previous.nursingabc.com/upload/images/Help_file_picture/Periodic_T
Equation Table
(https://portagelearning.instructure.com/courses/948/files/271474/download?
download_frd=1)
Write the subshell electron configuration (i.e.1s2 2s2, etc.) for the Fe26
atom.
Your Answer:
Fe26
1s2 2s2 2p6 3s2 3p6 4s2 3d6
d can hold 10 electrons but only 6 are filled to complete the subshell
configuration.
https://portagelearning.instructure.com/courses/948/quizzes/24544?module_item_id=91403 2/14