SPH 3U1July 2014
Grade 11 University Preparation Physics
Exam Review
UNIT 0 – INTRODUCTION TO PHYSICS
Concepts Covered
SPH 3U1July 2014
significant digits
problem solving techniques
unit conversion
percent differencegraphing skills
percent deviationequation of a line
SPH 3U1July 2014
Possible Text Questions to Consider
Skills Review sections A6.1 and 6.2 (p. 650-651) and A6.6 (p. 654-665)
UNIT – KINEMATICS IN ONE AND TWO DIMENSIONS
Concepts Covered
SPH 3U1July 2014
dot diagrams
average velocity
instantaneous velocity
change in velocity
acceleration
displacement
position
position vs. time graphs
velocity vs. time graphs
acceleration vs. time graphs
slope
tangents
area under the curve
kinematics problems
freefall
SPH 3U1July 2014
Possible Questions to Consider
Ch. 1 Review (p. 52-57) #1-69
Sect. 2.3 (p. 81) – all Q’s
UNIT - DYNAMICS
Concepts Covered
SPH 3U1July 2014
vectors
inertia
Newtons laws
common forces
force of gravity
friction
fundamental forces
free body diagrams
net force
normal force
pushing and pulling boxes
acceleration
tension
SPH 3U1July 2014
Possible Questions to Consider
Ch. 3 Review (p. 155-159) #1-70
Ch. 4 Review (p.198-202) #1-4, 6-9, 11-17, 19-23, 25-38, 49-51
UNIT – WORK, ENERGY AND POWER
Concepts Covered
SPH 3U1July 2014
work
zero work
negative work
work-energy theorems
kinetic energy
gravitational potential energy
power
efficiency
specific heat capacity
SPH 3U1July 2014
Possible Questions to Consider
Ch. 5 Review (p. 262-266) #12, 16, 23-39, 43-45, 49-51, 63, 64
p. 287 #2-7, p. 370 #95-99
UNIT – ELECTRICITY
Concepts Covered
SPH 3U1July 2014
potential difference
current
resistance
Ohm’s Law
resistors in series in parallel
solving circuits
short circuits
power
electron flow
SPH 3U1July 2014
Possible Questions to Consider
*All questions in Ch. 11 as previously assigned
UNIT – ELECTROMAGNETISM
Concepts Covered
SPH 3U1July 2014
magnetic field lines
magnetic fields of bar magnets
magnetic fields of current-carrying conductor
magnetic fields of solenoid (coiled)
magnetic force
electromagnets
DC motor
Lenz’s Law
Faraday’s experiments
induction
AC generator
transformers
power transmission
right hand rules
SPH 3U1July 2014
Possible Questions to Consider
- All questions previously assigned in ch. 12 and 13 and Unit 5 Review (p. 626-632)
- Be able to use words and diagrams to explain the operation of bell/buzzer, electromagnetic relay, and circuit breaker (ding-dong)
- Be able to explain with words and diagrams the operation of the DC motor and the AC&DC generator
Practice Problems
Dynamics
- Jane is pulling her son Perrin in a sled with a horizontal force. The co-efficient of friction between the snow and the sled is 0.20 and Perrin has a mass of 15 kg. If the sled has a mass of 2.5 kg, how much force must Jane exert in order for Perrin and the sled to accelerate at a rate of 0.15 m/s2? [37 N]
- An elephant is pushing, with 75 000 N of force, on two jeeps that are stuck in the mud. The elephant pushes on the first jeep (which is 2000 kg (2 sd)) and it, in turn, pushes on the second jeep (which is 1500 kg). The co-efficient of friction between the jeeps and the mud is 1.9.
a)Determine the acceleration of the jeeps. [2.8 m/s2]
b)Determine the force that the heavier jeep exerts on the lighter jeep. [3.2 x 104 N]
- Johnny, of mass 65 kg, and Lucy, of mass 45 kg, are facing each other on roller blades. The coefficient of kinetic friction between the roller blades and concrete surface is 0.20. When Johnny pushes Lucy from rest he applies a force for 1.0 s. Lucy then slows down to a stop in another 8.0 s. Calculate:
- The applied force exerted by Johnny on Lucy. [790 N]
- How long it takes Johnny to come to rest. [5.1 s]
Kinematics
- Jennifer is running the 100.0 m dash at track. She accelerates at a rate of 0.88 m/s2 for the first 45 m and then maintains this speed for the remainder of the race. How long will it take her to finish the race? [16 s]
- Levon throws a ball straight upwards with an initial velocity of 15.0 m/s.
- How high will it reach? [11.5 m]
- How long will it take unit his friend in a tree 5.0 m above him catches the ball? (he catches the ball on its way back down) [2.7 s]
- Create the position-time and acceleration-time from the velocity-time graph below. Then write a story to describe the motion of the object.
Energy
- A Lightning McQueen (m = 750 kg) accelerates down a hill. At the top of the hill, his speed is 75 km/h and by the bottom, it is 185 km/h. The hill is 40.0 m long and makes an angle of 45.0o with the horizontal. If he has a 350 kW engine and it takes him 2.4 s to go down the hill, determine the force of friction resisting his motion. [5.6 x 103 N]
Electricity
Solve both circuits fully.
Electromagnetism
- If a transformer has 100 turns on the primary coil and 450 coils on the secondary coil, determine the output voltage and current if the input voltage is 5.0 V and the input current is 0.75 A.
- Indicate the magnetic field for each of the following
- Indicate the missing quantity for each of the following
- Which way will it rotate?
- What direction will the induced current flow?