PHYS 11W26 FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
→ 5S mn.
Scenda's (omlehun Tme: 60 MCa
PHYS 111 FINAL EXAM REVIEW PACKAGE
INSTRUCTIONS
Please answer allquestions in the space provided. There is additional space at the end of the examination
1
if
that you have done so in your solutions. Do not put
Vourequire it. If yoU use this space, please clearly indicate
solutions on the cover of the exam. Do not write on the back of any test page as they will not be scanned.
if
Calculators are allowed. An equation sheet is provided at the back of the exam; you may rip this off
required.
question is worth 1 mark.
3. Part A: Multiple Choice must be answeredin thebubbie sheet in the back. Each
themselves. Marks will not be rewarded for work
4. Part B: Written Questions must be answered n the pages
that is not shown. The number of points per question is provided in square brackets by each question.
GRADE DISTRIBUTION [FOR WINTER 2026 FINAL]
is given in square brackets
There are 15 Multiple Choice Questions and 6 Written Questions. Mark distribution
by each question for clarity.
YOUR GRADE QUESTION MARKS YOUR GRADE
QUESTION MARKS
BL 15
A1-15 15
B5 20
7 B6
B2
BONUS 5
B3 8
TOTAL. 80(+ 5)
Page l of 39
,PHYS 1 W26 FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
PART A: MULTIPLE CHOICE
Plsase make sure you fill in your solutions in the bubble sheet at the back of the exam. Each question is worth
mark. There are X questions worth a total of X marks.
1. Which of the following is a scalar quantity?
(a) Force applied by a muscle
(6) Energy burned duringexer cise scaler n Joles
(c) Displacement of a runner
(d) Velocity of a projectile
(e) Acceleration due togravity
2. Onavelocity-time graph, what does the slope of the line represent?
(a) Displacement
(b) Average speed slo e =
(cAcceleration
(d) Total distance
(e) Net force
3. An object starting from rest accelerates at 3 m/s' for 4s. How far does it travel?
(a) 12 m
(b) 24 m
(c) 36 m a= 3
(d) 48 m
(e) 72 m -$(16)- 3(S) =2t
A ballisthrown horizontally from a cliff. If air resistance is ignored, what happens to its horizontal velocity?
a) It remains constant
(b) It increases linearly
No a se V ir content
(c) It decreases until it hits the ground
(d) It becomes zero at the peak
(e) It depends on the mass of the bal
5. A boat moves at 4 m/s North relative to a river fiowing 3 m/s East. What is the magnitude of the boat's velocity
relative toEarth?
(a) 1 m/s
(b) 4 m/s
c) 5 m/s
(d) 7 m/s
(e) 12 m/s
6. An object moves with constant velocity. Whal must be true about the forces acting on it?
(a) There are no forces at all
(b) The net force is zero
lc) Gravity is the only force
(d) Friction must be zero
(e) It must be in a vacuum
7. You push a 100 N box with 30 N of force, but it does nol move. What is the force of static friction?
(a) ON
(b) 10 N
( 30 N
(d) 70 N
(e) 100 N
Page 2 of 39
, FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
PHYS 111 W26
8. A boX of mass m slides down a frictionless slope inclined at angle . What is its acceleration?
(a) g sin @
(b) a cOs
(c) g tan
(d) g
(e) 0
9. A 4.20 ka bird feeder is pushed up a15° snowy hill with , = 0.18. What is the magnitude of the normal force?
(a) 41.2 N
(6) 39.8 N
(c) 10.7 N
(d) 20.0 N
(e) 4.2N
10. Two blocks of mass 0.64 kg and 0.50 ka are connected by a string over a massless pulley. What is the
system's acceleration in m/s?
la) 9.8
(b) 4.9
12 a
(d) 0.64
(e) 0
n,a- 4,2(0.f-4)
1. Ina pulley system where m, > m,, the tension T in the string is:
(a) Equal to m19
(b) Equal to mzg
c) Greater than m,g but less than n,g accelarete
(d) Equal to (m, + mz)g
(e) Zero
12. How much work is done by gravity on a5 kg suittase tarried horizontally for 10 m, in Joules?
(b) 50
(c) 490
(d) 500
fe) -490
13. A block of mass m is dropped from a height h onto a spring with constant k. At the point of maximum
compression x, which equation holds?
ngh = ka'
(b) mg(h t x) =kr?
tc) mgh = my²
(d) Wext = APE,
(el mu' =kx?
2
Page 3 of 39
, PHYS 111 W26 FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
14. If a motor does l000 J of work in20 s, what is its power output in W?
(a) 20
50
(c) 200 2
(d) 1000
(e) 20,000
15. The work done by a variable force F(x) = kx as a particle moves from 0 to L is:
(a) kl
(b) kL
A, :
(d) 0
(e) 2k
16. Itthe speedof an object is doubled, its kinetic energy:
la) Doubles
(b) Triples
Quadruples
(d) Remains the same
(e) Is halved
17. A2 kg ballmoving at 4.0m/s hits a walland bounces back at 3m/s. What is the magnitude of the impulse?
(a) 2.0 Ns
(b) 6.0 Ns
(c) 8.0 Ns
(d14.0Ns
(e) 1.0Ns
18. In an elastic collision, which of the following are conserved?
(a) Momentum only
(b) Kinetic energy only
Both momentum and kinetic energy
(d) Neither momentum nor kinetic energy
(e) Only the total mass
19. A 10g bullet is fired into a 2 kg block of wood and becomes embedded. This is an example of:
(a) Elastic collision
(b) Partialy elastic collision
(c) Perfectly inelastic collision
(d) Explosion
sheky!
(e) Conservative work scenario
20. In a ballistic pendulum, what principle is used to find the speed of the block and bullet immediately after
impact?
((a Conservation of Momentum
(b) Conservation of Mechanical Energy
(c) Work-Energy Theorem
(d) Newton's Third Law
te) Rotational Equilibrium
21. Two ice skaters push off each other from rest. Skater Ahas twice the mass of Skater B. Which has the higher
speed?
Page 4 of 39
→ 5S mn.
Scenda's (omlehun Tme: 60 MCa
PHYS 111 FINAL EXAM REVIEW PACKAGE
INSTRUCTIONS
Please answer allquestions in the space provided. There is additional space at the end of the examination
1
if
that you have done so in your solutions. Do not put
Vourequire it. If yoU use this space, please clearly indicate
solutions on the cover of the exam. Do not write on the back of any test page as they will not be scanned.
if
Calculators are allowed. An equation sheet is provided at the back of the exam; you may rip this off
required.
question is worth 1 mark.
3. Part A: Multiple Choice must be answeredin thebubbie sheet in the back. Each
themselves. Marks will not be rewarded for work
4. Part B: Written Questions must be answered n the pages
that is not shown. The number of points per question is provided in square brackets by each question.
GRADE DISTRIBUTION [FOR WINTER 2026 FINAL]
is given in square brackets
There are 15 Multiple Choice Questions and 6 Written Questions. Mark distribution
by each question for clarity.
YOUR GRADE QUESTION MARKS YOUR GRADE
QUESTION MARKS
BL 15
A1-15 15
B5 20
7 B6
B2
BONUS 5
B3 8
TOTAL. 80(+ 5)
Page l of 39
,PHYS 1 W26 FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
PART A: MULTIPLE CHOICE
Plsase make sure you fill in your solutions in the bubble sheet at the back of the exam. Each question is worth
mark. There are X questions worth a total of X marks.
1. Which of the following is a scalar quantity?
(a) Force applied by a muscle
(6) Energy burned duringexer cise scaler n Joles
(c) Displacement of a runner
(d) Velocity of a projectile
(e) Acceleration due togravity
2. Onavelocity-time graph, what does the slope of the line represent?
(a) Displacement
(b) Average speed slo e =
(cAcceleration
(d) Total distance
(e) Net force
3. An object starting from rest accelerates at 3 m/s' for 4s. How far does it travel?
(a) 12 m
(b) 24 m
(c) 36 m a= 3
(d) 48 m
(e) 72 m -$(16)- 3(S) =2t
A ballisthrown horizontally from a cliff. If air resistance is ignored, what happens to its horizontal velocity?
a) It remains constant
(b) It increases linearly
No a se V ir content
(c) It decreases until it hits the ground
(d) It becomes zero at the peak
(e) It depends on the mass of the bal
5. A boat moves at 4 m/s North relative to a river fiowing 3 m/s East. What is the magnitude of the boat's velocity
relative toEarth?
(a) 1 m/s
(b) 4 m/s
c) 5 m/s
(d) 7 m/s
(e) 12 m/s
6. An object moves with constant velocity. Whal must be true about the forces acting on it?
(a) There are no forces at all
(b) The net force is zero
lc) Gravity is the only force
(d) Friction must be zero
(e) It must be in a vacuum
7. You push a 100 N box with 30 N of force, but it does nol move. What is the force of static friction?
(a) ON
(b) 10 N
( 30 N
(d) 70 N
(e) 100 N
Page 2 of 39
, FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
PHYS 111 W26
8. A boX of mass m slides down a frictionless slope inclined at angle . What is its acceleration?
(a) g sin @
(b) a cOs
(c) g tan
(d) g
(e) 0
9. A 4.20 ka bird feeder is pushed up a15° snowy hill with , = 0.18. What is the magnitude of the normal force?
(a) 41.2 N
(6) 39.8 N
(c) 10.7 N
(d) 20.0 N
(e) 4.2N
10. Two blocks of mass 0.64 kg and 0.50 ka are connected by a string over a massless pulley. What is the
system's acceleration in m/s?
la) 9.8
(b) 4.9
12 a
(d) 0.64
(e) 0
n,a- 4,2(0.f-4)
1. Ina pulley system where m, > m,, the tension T in the string is:
(a) Equal to m19
(b) Equal to mzg
c) Greater than m,g but less than n,g accelarete
(d) Equal to (m, + mz)g
(e) Zero
12. How much work is done by gravity on a5 kg suittase tarried horizontally for 10 m, in Joules?
(b) 50
(c) 490
(d) 500
fe) -490
13. A block of mass m is dropped from a height h onto a spring with constant k. At the point of maximum
compression x, which equation holds?
ngh = ka'
(b) mg(h t x) =kr?
tc) mgh = my²
(d) Wext = APE,
(el mu' =kx?
2
Page 3 of 39
, PHYS 111 W26 FINAL EXAM REVIEW PACKAGE PREPARED BY BRENDA LEE
14. If a motor does l000 J of work in20 s, what is its power output in W?
(a) 20
50
(c) 200 2
(d) 1000
(e) 20,000
15. The work done by a variable force F(x) = kx as a particle moves from 0 to L is:
(a) kl
(b) kL
A, :
(d) 0
(e) 2k
16. Itthe speedof an object is doubled, its kinetic energy:
la) Doubles
(b) Triples
Quadruples
(d) Remains the same
(e) Is halved
17. A2 kg ballmoving at 4.0m/s hits a walland bounces back at 3m/s. What is the magnitude of the impulse?
(a) 2.0 Ns
(b) 6.0 Ns
(c) 8.0 Ns
(d14.0Ns
(e) 1.0Ns
18. In an elastic collision, which of the following are conserved?
(a) Momentum only
(b) Kinetic energy only
Both momentum and kinetic energy
(d) Neither momentum nor kinetic energy
(e) Only the total mass
19. A 10g bullet is fired into a 2 kg block of wood and becomes embedded. This is an example of:
(a) Elastic collision
(b) Partialy elastic collision
(c) Perfectly inelastic collision
(d) Explosion
sheky!
(e) Conservative work scenario
20. In a ballistic pendulum, what principle is used to find the speed of the block and bullet immediately after
impact?
((a Conservation of Momentum
(b) Conservation of Mechanical Energy
(c) Work-Energy Theorem
(d) Newton's Third Law
te) Rotational Equilibrium
21. Two ice skaters push off each other from rest. Skater Ahas twice the mass of Skater B. Which has the higher
speed?
Page 4 of 39
