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If you want to add the vectors, draw the first and second one at the same time.
The northeast direction of the vector eliminates (C) and (D).
doubling the magnitude of both components will have no effect on the direction of the vector.
There is only one answer choice with components that satisfy this equation.
Since magnitudes are positive, the result could not be zero if the two vectors were pointed in the same direction.
The only way to equal zero is if the two vectors have the same magnitude.
It is important to remember that velocity has direction and magnitude.
The direction of the object's travel is always changing.
There is an acceleration that is delivered on the object because the velocity is changing.
Section 1 has a constant positive speed.
Section 2 shows an object moving in a positive direction.
Section 3 shows an object speeding up.
The section is still in the negative, but the speed is slower.
Zero acceleration means no change in speed or direction.
Earth's gravity still has an effect on the baseball.
The time required for the ball to reach the top of its trajectory is known as the time required for the vertical velocity to drop to zero.
The vertical speed decreases when the projectile rises and increases when it falls because of the downward acceleration of the projectile.
The stone is traveling downward because we called up the positive direction.
The variables involved in the question are the initial velocity, the final velocity, and the skidding distance.
The final position increases when the initial velocity is doubled.
If you want the cannonball to hit the wall rather than flying over it, you need to make sure its height is less than 30 m. The cannonball's flight time is 5 seconds.
The velocity time graph is a linear line with a negative slope since gravity points downwards.
The cannonball's vertical velocity decreases by 10 m/s every second if the gravity is 10 m/s2.
The problem asks for a graph of the vertical speed.
The net force he feels must be zero because the person is not speeding.
The two forces do not form an action/reaction pair because they both act on the same person.
The forces in an action pair act on different objects.
The Earth's pull on the person and the person's pull on the Earth are the correct action-reaction pair.
Constant speed with no change in direction is not acceleration.
The horizontal motion across the tables is unaffected.
It would take more force to accelerate the block across the table on Earth than it would on the Moon.
Since the force applied to the crate is less than 400 N, static friction is able to apply that same magnitude of force on the crate, keeping it stationary.
The normal force exerted by the floor on Crate #1 is greater because the force pushing downward on the floor is greater.
The force of air resistance causes her descent velocity to decrease once the parachute opens.
The length of the plane would have an effect on the matter.
The negative change in potential energy is equal to the work done by gravity as the block slides down the inclined plane.
Since a nonconservative force is acting during the motion, use the modifiedConservation of Mechanical Energy equation.
The rock has lost half of its potential energy because it is at the halfway point.
The work done by the frictional force on the slide is what gives you 2.
The results will not be affected by a change in mass.
The stopping distance is proportional to the initial speed.
Mass does not affect the skidding distance.
The change in momentum is equal to the delivery of the ball's impulse.
The net external force in a collision is zero.
The collision is not elastic if the energy is lost.
The initial momentum is zero because the two carts are at rest.
The bullet must have the same magnitude as the block in order for their combined momentum after impact to be zero.
In a perfectly inelastic collision, some of the initial energy is lost to heat and some is converted to potential energy in the shapes of the objects as they lock together.
In the absence of external forces, total linear momentum is maintained.
If the final speed of both objects is zero, that means the total linear momentum after the collision is zero, which means the total linear momentum before the collision is also zero.
In order for the total linear momentum to equal 0, Object 2 must have twice the initial speed of Object 1 in order to travel in the opposite direction.
The bullet and block are warmer after the collision than before, and some was used to break the intermolecular bonds within the wooden block to allow the bullet to penetrate.
The block and bullet feel a net nonzero force that causes them to slow down as they swing upward.
Its linear momentum can't remain constant because of its decreasing speed.
The speed is constant but the direction is changing.
The magnitude of acceleration is constant, but it is directed toward the center.
Since the direction of acceleration is always changing, so is the velocity.
The centripetal force is provided by T. T must not leave.
The bucket would make it around if the speed was greater.
The velocity must point down because the planet is spinning in a clockwise direction.
The satellite would continue in a straight line if the net force was zero.
The orbital speed is not determined by the mass of the satellite.
The work done by the centripetal force is zero since it always points along the center of the circle.
The Work-Energy Theorem tells you that no work is being done since the object's speed remains constant.
We could have observed that the planet's gravity must be half the Earth's because a 1 kg mass only weighs 5 N. The passenger is moving in a circular motion.
The centripetal force can be provided by N toward the center.
Since the restoring force is dependent on the position, the acceleration is not constant.
Choices (B) and (C) are defining characteristics of the motion.
The potential energy is maximized and the speed is zero at the endpoints of the oscillation region.
The period of a simple pendulum is not dependent on the amplitude.
One-half the period of the wave is equal to the maximum displacement below equilibrium.
The wave's speed will decrease when it enters the air from the metal rod.
The sound waves will always arrive in phase at Q since Point Q is equidistant from the two speakers.
As the tuning fork moves upward, the question is what happens to the observed frequencies.
The speed of the fork tuning will decrease as it moves up.
As the tuning fork travels upward, the observed frequencies will decrease, although they will still be higher than the source frequencies.
The conductor has excess electric charge on it.
The net electric field at the origin is (c) No.
The origin is where the individual electric field is due to each of the two charges pointing in opposite directions.
1 points upward in the vertical direction.
2 points northwest, making a 45 degrees angle with the horizontal from the point, and has both a horizontal and vertical component.
Plug in the horizontal and vertical components of the electric field at the point solved in (a) to determine the magnitude of the electric field.
The parallel 12 and 4 resistors give an equivalent resistance in the top branch of 3 + 3, which is 6.
The 6resistor is in close proximity to the bottom 3resistor, giving an equivalent resistance of 2.
If the middle branch is removed from the parallel circuit, this will not change.
Adding a light bulb in series will increase the total resistance of the circuit.
There is a law to determine the voltage across the resistors.
The Junction Rule tells you that the current that must have come through the 10 is 1.5 A.
We know that the two voltages must sum to 30 V and the drop across the 40 must be twice the amount.
If you want to add resistances, you should start by summing the 20 and 40 resistors.
This section is added to the 10 resistors in a series to get 30.
The total voltage drop across the battery is 45 V, which is 15 V across the 10 resistor and 30 V across the parallel branch.
Both sections of the AP PHYSICS 1 exam can be used with calculus.
No credit will be given for anything written in the exam booklet, but you can use it for notes or scratch work.
You have to give both answers in order to earn credit for single-select and multi-select.
If you change an answer, make sure the previous mark is erased completely.
Use your time effectively, working as quickly as you can.
Don't spend a lot of time on one question.
If you have time, you can come back to the questions you have not answered.
Many candidates wonder if they should guess the answers to the questions.
Multiple-choice scores are based on the number of questions answered correctly.
Incorrect answers and unanswered questions are not deducted for points.
Four suggested answers or completions are followed by each of the questions or incomplete statements.
Pick the one that is best in each case and then fill in the circle on the answer sheet.
An object is thrown from a high cliff with an initial speed of 7.5 m/s.
The downward pull of gravity and the upward normal force of the floor act on a person standing on a horizontal floor.
There are two objects with a mass of 1 kg and a charge of 1 C each.
There is a massless rope and pulley attached to a plane.
The moon has an elliptical path around the planet.
A sphere starts from the top of a hill with a constant angle of inclination and is able to roll.
Assume that the object strikes the ground before it reaches the terminal.
Two objects, a sphere and a block of the same mass, are released from rest at the top of an inclined plane.
A linear, elastic collision takes place with a stationary object.
There are two balls of equal mass in the picture above.
The pendulum can only be displaced by a small amount.
Someone dug a hole through the center of the Earth to the other side.
The object can't be destroyed if the conditions are ideal.
People stand against the wall as the cylinder spins.
The floor can be removed without anyone falling once it is rotating fast.
The maximum speed of the block is proportional to the square root of the amplitude and the square root of the C. A flute can play only the lowest note.
You are standing on a railroad track as a train approaches.
The engineer sounds the whistle when he sees you.
A 500 O Resistor is connected to a variable voltage source.
The graph shows that the voltage is increased linearly from 0 V to 5 V over a period of 20 s. To answer the questions, use a separate piece of paper.
It's a good idea to write clearly and correctly.
If you make an error, you can save time by crossing it out.
Questions 1, 2, and 3 require 13 minutes to answer and are worth 8 points.
Questions 4 and 5 require 25 minutes to answer and are worth 13 points each.
You need to include all the additional equipment.
You can include a diagram of your setup in your description.
Provide enough detail so that the experiment can be repeated.
A string is 2.2 meters long and has a conical pendulum hanging from it.
The diagram shows 0 as shown on the left.
You can include a diagram of your setup in your description.
Two small objects, each with a charge of -4.0 nC, are held together by a 0.020 m length of insulating string in the above diagram.
The objects are at rest on a surface that is notconducting.
The vertical speed of the object after 2 seconds is 20 m/s.
The direction will be mostly down, but slightly to the right, because the horizontal speed won't be affected.
The area beneath the curve is called displacement.
A negative displacement would be added to the axis.
The ball is at the highest point from the ground.
The Big Five equation can be used to find the distance traveled in the last second.
The weight and normal force balance out because the floor is horizontal.
Two forces must act on each other in order to form an action-reaction.
Earth's pull on the person, weight, and the person's pull on Earth is the correct action-reaction pair in this situation.
When enough force is applied, the friction will change from static to kinetic.
The signs of the charges are irrelevant because of the question.
The answer is (B) because you know you need a sine in the equation for the downward pull of the second mass down the incline of the plane.
The acceleration of any block in the system is the same as that of any other block because all the mass is attached and moving as a single unit.
If the centripetal force is at least as much as the force of gravity on the cart, the cart will remain in contact at the top of the loop.
There is only one true statement regarding rotational motion.
A mass with more inertia is harder to rotate.
The closer the mass is to the axis of rotation, the greater the inertia.
The object moves toward the center of rotation.
The correct way to find distance is with the help of the two others.
You can find the moon's speed with the help of energy.
It is possible to find the distance of the Moon from the planet.
The object is affected by gravity but it doesn't provide the Torque.
The normal force does not work on the object nor does it provide the Torque.
The Torque is provided by the friction in this case.
The ball is rolling down the hill and not sliding down it.
It makes sense, because when you drive a car the tires grip the road and move you forward at one point.
If there was no static friction on the road, you wouldn't be able to go anywhere because the tires wouldn't grip onto anything.
The speed of the object in uniform circular motion is constant, but its direction changes with time.
The centripetal acceleration always points to the center of the circle.
A satellite falling toward the center, but never achieving its goal, is due to its centripetal acceleration.
As a result of the change in velocity, it would always form a circular path.
The choices would double the girl's side Torque and cut the boy's side Torque.
Centripetal force can't ever work because it acts as if the object is moving in a straight line.
The coefficient of friction would not change because the two materials were in contact.
The normal force would remain constant because the object's mass would be the same.
The same amount of energy is used for the objects to go from the top to the bottom.
Some of the energy will need to be from the rotation of the sphere.
The block will reach the bottom of the incline first.
The object's initial speed is the same for Path 2.
As it goes down the path, the object speeds up and then slows down as it climbs.
Both energy and momentum will be conserved for an elastic collision.
The total force from the table will not be parallel to the surface.
The force of gravity is acting on the incline.
The forces in both directions are equal when the box moves upwards.
The objects have different velocities after a collision and can be immediately eliminated.
If the energy is conserved, a collision is elastic.
The collision must be elastic because of the conserved energy.
There is no change in the ball's horizontal motion in the picture.
The centripetal force is the same as the tension and the radial component of gravity.
The radial component of gravity must have a larger magnitude than the tension.
It would start with some potential energy at one extreme edge, turn it into energy that can be used in other ways, as it moved to the center, and then continue to the other edge due to its momentum.
In ideal conditions, this process would continue indefinitely.
An example of an actionreaction pair is the forces during a collision.
The force on the car will be the same in magnitude as it is in direction.
The normal force is equal to the centripetal force when the person is undergoing uniform circular motion.
The coefficients of friction, speed, and the radius are the only variables that matter.
In order for the small block to slide off, there needs to be a big force affecting the larger block.
The heavier the top block is, the more likely it is to slide off.
The fundamental frequencies of the flute are the lowest notes that can be played.
The intensity will increase if the train is approaching you.
The detector is motionless, but the source is moving towards it.
The first thing to do is replace the resistors with an equivalent one.
The total resistance in the circuit would increase if 1 were to burn out.
In parallel circuits current will distribute itself in a way that is proportional to the resistance in each path.
You have to take orientation into account to find our magnitude, even though you don't care about the direction of our net vector.
A triangle is created when they are ordered in a square using a diagonal.
The resistors all have the same voltage across them and match the battery's.
Eliminating one of the resistors will increase the resistance.
The speed and wavelength of the wave do not change when it passes into another medium.
The speed will not change even though the sound wave is in a metal rod.
Give it an initial speed by pushing Block A.
Measure the time it takes for the blocks to cross the marked distances with a stopwatch.
Because the pendulum makes a horizontal circle, it is important to draw the direction of the force represented by the tension along the path of the string.
The centripetal acceleration can be solved by knowing this.
The current net force is to the left.
You need to cancel this out with a force that is completely to the right.
Allow the toy to jump up if you hold the meter stick next to it.
You can watch the video in slow motion to determine its height.
The objects are moving at a slower rate.
As the objects move further apart, the force decreases.
Both sections of the AP PHYSICS 1 exam can be used with calculus.
No credit will be given for anything written in the exam booklet, but you can use it for notes or scratch work.
You have to give both answers in order to earn credit for single-select and multi-select.
If you change an answer, make sure the previous mark is erased completely.
Use your time effectively, working as quickly as you can.
Don't spend a lot of time on one question.
If you have time, you can come back to the questions you have not answered.
Many candidates wonder if they should guess the answers to the questions.
Multiple-choice scores are based on the number of questions answered correctly.
Incorrect answers and unanswered questions are not deducted for points.
Four suggested answers or completions are followed by each of the questions or incomplete statements.
Pick the one that is best in each case and then fill in the circle on the answer sheet.
A student lives close to school.
It takes 10 minutes to get from home to school.
Cannonball B is fired at a launch angle of 60 degrees.
A car goes at a constant rate for eight seconds.
A student is pushing a book across a table with a constant force of 30.0 N directed below the horizontal.
A box with a mass of 2 kilogram is placed on a plane that makes a 30 degree angle with the horizontal.
The hammer comes to rest after hitting a nail.
The hammer recoils after hitting the nail and bounces back at the worker.
A box with a mass of 5 kilomes is sliding across a table at a speed of 2 m/s.
A student applies a constant force of 30 N. The truck slows to 10 m/s after the driver applies the break.
A car with a mass of 1000 kg drives at a constant speed of 15 m/s and experiences a force of 3500 N. A student launched a small rocket with a mass of 50 kg into the air with an initial velocity of 10 m/s in the positive vertical direction.
The student turns on the secondary engines of the rocket to apply a constant upwards force that increases the rocket's speed to 15 m/s.
A student drops a rock off a cliff.
The atom emits an alpha particle with a mass of 4 Da with a speed of 45 m/s east.
Both objects reverse direction after impact, with the 2 kg ball traveling at 2.5 m/s and the 1 kg ball traveling at 35 m/s.
The baseball leaves the bat at 50 m/s back in the direction it came from, but at an angle of 40deg above the horizontal.
A student is attaching a mass to a string.
The student starts to whirl the mass in a circle.
The far left side of the bar has a mass 1 attached to it.
The far right side of the bar has a mass 2 attached to it.
The ceiling has a 10 kilo mass attached to it.
A block attached to the end of a horizontal spring has a natural length of 10 cm.
The natural length increases by 2 cm when the spring is attached to the ceiling.
A 3 kilo mass is attached to the ceiling to make a simple pendulum.
The sound wave's energy is increased.
A car traveling at 30 m/s is playing loud music.
The conductor blows the horn as the train approaches the next stop.
2, have equal resistance, and are connected in a circuit with a battery as shown in the figure above.
To answer the questions, use a separate piece of paper.
It's a good idea to write clearly and correctly.
If you make an error, you can save time by crossing it out.
Questions 1, 2, and 3 require 13 minutes to answer and are worth 8 points.
Questions 4 and 5 require 25 minutes to answer and are worth 13 points each.
The following graph shows the motion of an object.
A cannon is used to launch a speaker that emits waves with a vertical velocity of 80 m/s.
The student starts her journey at home and ends up at school.
It is not known if she traveled in a straight line from home to school or if she took a detour.
Her average speed is unknown since she doesn't know the distance she travels.
She is known to have a magnitude of 1.2 km because of her displacement, which is an overall change in position.
The position-versus-time graphs are linear and show constant velocity and zero acceleration.
The position-versus-time graph has a negative velocity but a positive acceleration.
The position-versus time graph has a negative speed.
The object is moving in the positive direction in section 1.
The object is moving in the negative direction.
The objet is moving in the negative direction in section 4.
The object is moving in the negative direction in section 2.
The components of the displacement have to be calculated separately.
The difference in the magnitude of displacement will be determined bydirection.
The final position is halved when the acceleration is doubled.
The push from the student is one of the four forces acting on the book.
The table on the book exerts normal force and gravity.
The box's weight can be divided into two parts.
The hammer experienced a greater force when it struck the object.
As the contact time of both strikes is the same, a greater change in speed will be produced.
You can say that it has a negative value because the direction was opposite to the initial velocity.
The minimum force required to maintain the speed of 2 m/s will result in no change.
The force needed to maintain the speed is 12.3 N. The area under the curve is what the work is done on a force-versus-position graph.
The net force on the car must be zero in order to maintain a constant speed.
The car's engine must be applying a force equal in magnitude but opposite in direction.
The plutonium atom has an initial momentum of 0.
The total final momentum must be equal to 0.
The collision is inelastic because the energy was not conserved.
There are three true statements about perfectly inelastic collisions.
The tension force that snapped the string is equal to the breaking strength when the mass is traveling at 8 m/s.
The magnitude of the force will be reduced by a factor of nine.
The net force on the mass is equal to 0.
The period of the oscillations will not be affected by changing the amplitude.
The maximum displacement of the medium from equilibrium is related to the energy of a wave.
Since sound is a longitudinal wave, the medium it travels through will be parallel to the direction of propagation.
In order for the passengers of the truck to hear the music from the car with no change in the Frequency, there must be no relative motion between the car and the truck.
If the truck has the same magnitude and direction as the car, it's true.
The person's perception of the sound of the horn is higher than the original sound of the train because of the Doppler effect.
The person still sees a higher Frequency as the train slows, but it is not as high as it was.
The person hears a decrease in the sound of the horn.
The intensity of the horn is perceived by the person.
The energy dissipated by each unit time is constant.
There is a difference between the current produced in the two circuits.
The direction of the individual electric fields produced by the two charges is the same.
The sum of the forces acting on an object is zero.
An object can have both net and nonzero energy.
Section a tells you that the object is moving in a positive direction.
Section b tells you that the object is traveling in a positive direction.
Section c tells you that the object is moving in the positive direction even though it is slowing down.
Section d tells you that the object is moving in a negative direction and speeding up.
The intensity will be doubled by decreasing the distance between the detector and speaker.
The detector's intensity is equal to 3.2 x 10-8 W/m2 when the speaker is at half its maximum height.
The total change around a closed loop must be zero.
The resistance of the voltmeter should be very high in order to minimize the impact on the circuit.
There are three forces acting on the spheres in a free body diagram.
The weight of the sphere and the normal force must be combined to provide the Torque.
The solid sphere can reach the bottom of the plane first with a smaller inertia.
Both objects have the same energy at the bottom of the plane.
Both sections of the AP PHYSICS 1 exam can be used with calculus.
No credit will be given for anything written in the exam booklet, but you can use it for notes or scratch work.
You have to give both answers in order to earn credit for single-select and multi-select.
If you change an answer, make sure the previous mark is erased completely.
Use your time effectively, working as quickly as you can.
Don't spend a lot of time on one question.
If you have time, you can come back to the questions you have not answered.
Many candidates wonder if they should guess the answers to the questions.
Multiple-choice scores are based on the number of questions answered correctly.
Incorrect answers and unanswered questions are not deducted for points.
Four suggested answers or completions are followed by each of the questions or incomplete statements.
Pick the one that is best in each case and then fill in the circle on the answer sheet.
A cannonball is fired with an initial velocity of 20 m/s and a launch angle of 45deg at a wall 30 m away.
If the final speed of the car is 15 m/s, what was the acceleration of the 9?
The rocket is 40 m above the ground a few moments after liftoff.
A box with a mass of 10 kilograms is placed on a plane that makes a 60 degree angle with the horizontal.
A worker moves a 30 kilo box by pulling on a rope that makes a 60 degree angle with the horizontal.
To maintain a speed of 30 m/s up an incline, a car's engine must exert a force of 2,000 N. The average force experienced by the ball should be determined if it is in contact with the wall.
There is a perfect inelastic collision between a 3 kilo mass and a 2 kilo mass with an initial velocity of +3 m/s.
A soldier loads a cannonball into a cannon that is at rest on the ground.
A mechanical wheel at rest on the floor starts rolling forward with an acceleration of rad/s2.
The far left side of the bar has a mass 1 attached to it.
A pulley with rope is connected to a box.
The restoring force is 6 N when the block is pulled 5 cm to the right.
A block with a force constant of 10 N/m is attached to a spring.
The conductor blows the horn as the train approaches the next stop.
To answer the questions, use a separate piece of paper.
It's a good idea to write clearly and correctly.
If you make an error, you can save time by crossing it out.
Questions 1, 2, and 3 require 13 minutes to answer and are worth 8 points.
Questions 4 and 5 require 25 minutes to answer and are worth 13 points each.
2 are fixed in place and separated by 30 cm.
A spring with a force constant of 40 N/m is attached to a block.
A machine launches a ball to the right with an initial velocity of 16 m/s at a launched angle of 30deg to a student standing 20 m away with a baseball bat.
The object must be moving in a negative direction because of the decreasing position.
The object is moving in the positive direction in section 1.
The object is moving in the negative direction in section 2.
The object is moving in the negative direction.
The objet is moving in the negative direction in section 4.
When a projectile reaches the top of its trajectory, it's a zero.
Thevelocity of projectiles is smallest at the apex of the trajectory as the horizontal velocity in standard parabolic motion is always constant.
The choice is incorrect as the projectile can still have a horizontal velocity, which is constant at all points of the trajectory.
Projectiles can't have the maximum energy at the same time as they have the smallest velocity.
How long does it take for the cannonball to hit the wall?
The cannonball can clear the maximum height of the wall.
There are two forces acting on the book in the vertical direction.
The net force on the book must be zero in the horizontal and vertical directions in order for the student to hold the book.
The student needs to apply a force of 25 N to hold the book in place.
The box's weight can be divided into two parts.
A force of 76.6 N is needed to prevent the box from sliding.
The string's breaking strength limits the block's maximum speed.
The force of friction reduces the energy of the block.
The collision was inelastic because of the conserved energy.
The total final momentum must be equal to 0.
This is equivalent to the normal force exerted by the scale on the man.
The center of mass has shifted to the left.
The weight of the box pulls down the rope, causing a Torque on the pulley.
The mass of the object is proportional to rotational inertia.
In standing waves, complete constructive interference occurs at antinodes.
The number of the standing wave is 5 because of the expression for the wavelength of the nth harmonic.
The person's perception of the sound of the horn is higher than the original sound of the train because of the Doppler effect.
The person still sees a higher Frequency as the train slows, but it is not as high as it was.
The person hears a decrease in the sound of the horn.
The intensity of the horn is perceived by the person.
An object with a constant magnitude of acceleration is indicative of a parabolic position-versus-time graph.
The object is moving in the negative direction because of the decreasing position.
There are two true statements regarding objects undergoing uniform circular motion.
The direction of the objects' velocity changes as they move in a circle.
The center of the circle is where the centripetal acceleration is directed.
The work done by conservative forces is independent.
Nonconservative forces do work that is path dependent.
The two mass are traveling in opposite directions.
The electric force between charges is attractive.
The electric field is equal to the sum of the individual electric fields produced by each charge.
The spring's natural length would decrease by 0.025 m. The mass is trying to slide down the incline in the opposite direction as in (a).
The student needs to hit the ball with the bat.
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Part I: Using This Book to Improve Your AP Score Preview: Your Knowledge, Your Expectations Your Guide to Using This Book How to Begin Part III: About the AP Physics 1 Exam The Structure of the AP Physics 1 Exam A Quick Word About Equations How AP Exams Are Used Other Resources Designing Your Study Plan Part IV: Test-Taking Strategies for the AP Physics 1 Exam Preview 1.
Part V: Content Review for the AP Physics 1 Exam 3.
Kinematics Position Displacement Looking at Distance vs. Time Graphs Speed and Velocity Acceleration Uniformly Accelerated Motion and the Big Five Additional Kinematic Graphical Aspects Qualitative Graphing Free Fall Projectile Motion Chapter 4 Review Questions Summary 5.
Newton's Laws Introduction to Forces Newton's First Law Newton's Second Law Newton's Third Law Newton's Laws: A Summary Weight Normal Force An Overall Strategy Friction Pulleys Inclined Planes Chapter 5 Review Questions Summary 6.
Impulse Conservation of Linear Momentum Collisions Chapter 7 Review Questions Summary 8.
Uniform Circular Motion, Newton's Law of Gravitation, and Rotational Motion Uniform Circular Motion Newton's Law of Gravitation Banking Rotational Motion Center of Mass Torque Equilibrium Rotational Inertia Chapter 8 Review Questions Summary 9.
Oscillations Simple Harmonic Motion The Spring-Block Oscillator: Vertical Motion Pendulums Chapter 9 Review Questions Summary 10.
Direct Current Circuits Electric Current Resistance Voltage Electric Circuits Circuit Analysis Chapter 12 Review Questions Summary 13.
Answers and Explanations to the Chapter Review Questions