The exam will consist of multiple choice, short answer, and problem sections over 2 hours. Students can bring 1 note card of handwritten notes. The exam will focus more on chapters covered in depth like Newton's laws of motion and less on briefly covered topics like electricity. Students should review old tests, notes, labs, and selected textbook questions listed to prepare. The textbook questions are grouped by type and the group A problems have answers in the back. The last 2 class days will be review with 1 day for a Study Island assignment worth 50 points due at winter break start.

1. Honor Physical Science
Semester Exam Review
The exam will consist of a multiple choice section, a short answer section, and a problem section. It will be
designed to last at least 2 hours. Equations will be provided. Students will also be allowed ONE 3”x 5” note
card for HANDWRITTEN notes. The numbers of questions from each chapter will be representative of the
depth in which we covered the chapter. For example, there will be very few questions on electricity, however
you can expect many on Newton’s laws of motion.
Start reviewing by looking over the short answer portions of old tests. Use your notes from class, labs, and the
book questions below to review the content covered in the first semester. The following is a list of questions
that I picked from the book that highlight some of the concepts that we stressed. They also include practice
problems. All questions are from the end of the chapters. The answers for the group A problems are in the
back of the book and include a step by step explanation of how they were solved. Use the following key:
? – Questions for Thought F – For further Analysis A – Parallel Exercise, Group A
Chapter 1 - What is Science
? – 2, 4, 5, 6, 10
A – 2, 3, 4, 6, 9
Chapter 2 - Motion
? – 2, 3, 4, 5, 6, 7, 8, 10
F – 1, 2
A – 3, 4, 5, 6, 7, 9, 11, 12, 14, 15, 17, 18, 19, 20, 23, 25, 26
Also review motion graphs (p vs. t, v vs. t, and a vs. t)
Chapter 3 - Energy
? – 1, 2, 3, 6, 7, 10, 11, 12
F – 2, 3
A – 1, 3, 4, 5, 6, 7, 12, 13, 15, 17, 19
Chapter 4 - Heat and Temperature
F – 2, 4
? – 2, 4, 5, 8, 9, 10
A – 1, 2, 4, 5, 6, 10
Also review calorimetry problems (qlost = qgained)
Chapter 5 - Wave Motions and Sound
? – 2, 3, 7, 8, 9
F – 2, 5
A – 1, 2, 4, 5, 6, 8, 9, 13, 16
Chapter 6 – Electricity(statics only) and chapter 18—Plate tectonics
The last two days of class will be used for review. One day will be used to complete the Sem 1 STUDY
ISLAND assignment worth 50 point total( 10 point per completed topic assigned). Opens on the first day of
winter break for those who want to get a jump start.
More info on the other side 

2. Details & Date: Check moodle for exact date and time!
A sample list of terms discussed in the semester.
Area Volume Density Controlled experiment Placebo effect
Hypothesis Theory Scientific method Data Metric system
Fundamental Model Ratio Direct/indirect Mathematical
units of the SI proportion model
system
Referent Scientific law/principle Variable Precision Accuracy
Significant Acceleration Velocity Newton’s three laws Weight/mass/inertia
figures of motion
Impulse Momentum Free fall Acceleration due to Gravity
gravity
Fundamental Strong nuclear force Weak nuclear force Electromagnetism Net force
forces
Coefficient of Friction Air resistance Speed Scalar/vectors
friction
Motion maps Force diagrams Energy pie graphs Factor label problems Metric conversions
Conservation of Conservation of matter & Matter Atoms/molecules Chemical energy
momentum energy
Potential energy Kinetic energy Mechanical energy Fossil fuels Nuclear energy
Geothermal Newton Joule Derived measurements Radiant energy
energy
Power Watt Work Displacement/distance Biomass
Hydroelectric Electrical energy 6 kinds of Simple machines 3 classes of levers Mechanical
power advantage
Heat/temperature Fahrenheit/Celsius/Kelvin Calorie/Joule/kilocalorie/calorie Conduction BEC, solid, liquid,
convection/ gas, plasma
radiation
Melting/freezing Condensation/vaporization Sublimation/deposition Ionization/deionization Entropy
Phase change Internal energy Specific heat Latent heat of fusion Latent heat of
vaporatization
Kinetic molecular Ultasonic, infrasonic Lasers Redshift Doppler effect
theory
Amplitude Pitch, beat Expansion, contraction Resonance Standing waves
Electromagnetic Echo Fundamental frequency Longitudinal wave Transverse wave
spectrum
Wavelength Frequency Sonic boom, shock waves Hertz Electrostatic charge
Protons, nucleus Insulators Light rays Asthenosphere,
neutrons/electrons lithosphere
Convergent, Core, crust, mantle Plate tectonics Seismic waves Island arcs
divergent,
subduction
Transform
Oceanic ridges, Seafloor spreading Earthquakes, volcanoes Richter scale Mountains
trenches
Faults Tsunami Lava/magma Metamorphic rocks Sedimentary rocks
Best fit
lines/slope/y-
intercept
Don’t forget about the companion website for the textbook for online tests and quizzes. Don’t forget about the
review resources found on Moodle. Honors study circles would also be a great resource—Thursdays from 4 to
6 pm in room 274. Don’t wait to the last minute to start studying.