12/11/21, 3:38 PM Term Test 2: PHYA11H3 F 20219:Physics I for Life Sciences
Term Test 2
Due No due date Points 22 Questions 11
Available Nov 17 at 5pm - Nov 17 at 7:05pm about 2 hours Time Limit 120 Minutes
Instructions
Collaboration between students on this test is prohibited and considered a serious academic
offence.
Aids permitted: open book -- use of textbook and course materials is permitted.
Use of websites to request/copy/lookup solutions is an academic integrity violation.
Time limit: 120 minutes
Time window: Available 5:00 -- 7:00 PM (Toronto time) on Wednesday, November 17.
There are, in order:
Three problem solving questions
Eight multiple choice questions
For long-form problem solving questions, you must upload your full work. This must be legible. The
upload should be a PDF document. Time for uploading is part of the total test time. Students must plan
their use of test time accordingly.
As always, significant digits are part of science and are graded.
Questions during the test:
The instructor will be available to answer questions during the test in a Zoom meeting. Please use DM
chat with the instructor to avoid distracting other students who are also in the room.
It is suggested that you keep a tab/window in the Zoom meeting during the test. This is the virtual 'front
of the room' where any announcements will be made, in addition to answers to student questions that
might be relevant to you.
For technical issues, contact UTSC Student Helpdesk
email: (mailto:)
or call: 416-287-4357
This quiz was locked Nov 17 at 7:05pm.
https://q.utoronto.ca/courses/227385/quizzes/180276 1/10
, 12/11/21, 3:38 PM Term Test 2: PHYA11H3 F 20219:Physics I for Life Sciences
Attempt History
Attempt Time Score
LATEST Attempt 1 120 minutes 14 out of 22
Score for this quiz: 14 out of 22
Submitted Nov 17 at 7pm
This attempt took 120 minutes.
Unanswered
Question 1 pts
A block is sliding along a flat frictionless surface at .
As shown below, the surface dips down a slope a total of 2.50 m in
elevation and then up to a height m above the original height.
The block then slides across a flat surface of high friction with a
. The block stops after distance .
Find .
https://q.utoronto.ca/courses/227385/quizzes/180276 2/10
Term Test 2
Due No due date Points 22 Questions 11
Available Nov 17 at 5pm - Nov 17 at 7:05pm about 2 hours Time Limit 120 Minutes
Instructions
Collaboration between students on this test is prohibited and considered a serious academic
offence.
Aids permitted: open book -- use of textbook and course materials is permitted.
Use of websites to request/copy/lookup solutions is an academic integrity violation.
Time limit: 120 minutes
Time window: Available 5:00 -- 7:00 PM (Toronto time) on Wednesday, November 17.
There are, in order:
Three problem solving questions
Eight multiple choice questions
For long-form problem solving questions, you must upload your full work. This must be legible. The
upload should be a PDF document. Time for uploading is part of the total test time. Students must plan
their use of test time accordingly.
As always, significant digits are part of science and are graded.
Questions during the test:
The instructor will be available to answer questions during the test in a Zoom meeting. Please use DM
chat with the instructor to avoid distracting other students who are also in the room.
It is suggested that you keep a tab/window in the Zoom meeting during the test. This is the virtual 'front
of the room' where any announcements will be made, in addition to answers to student questions that
might be relevant to you.
For technical issues, contact UTSC Student Helpdesk
email: (mailto:)
or call: 416-287-4357
This quiz was locked Nov 17 at 7:05pm.
https://q.utoronto.ca/courses/227385/quizzes/180276 1/10
, 12/11/21, 3:38 PM Term Test 2: PHYA11H3 F 20219:Physics I for Life Sciences
Attempt History
Attempt Time Score
LATEST Attempt 1 120 minutes 14 out of 22
Score for this quiz: 14 out of 22
Submitted Nov 17 at 7pm
This attempt took 120 minutes.
Unanswered
Question 1 pts
A block is sliding along a flat frictionless surface at .
As shown below, the surface dips down a slope a total of 2.50 m in
elevation and then up to a height m above the original height.
The block then slides across a flat surface of high friction with a
. The block stops after distance .
Find .
https://q.utoronto.ca/courses/227385/quizzes/180276 2/10
