DUE 11/3 AP PHYSICS WEEK 11 HOMEWORK RUBRIC PAGE 186-191
AREA-PROJECTILE MOTION
CORNEL NOTE FORMAT: Heading, Page Set Up, Legible, Organized, Color
Describe the term projectile motion create examples that match this description.
Contrast Projectile and one dimensional motion, include definitions, examples and diagrams
Analyze what makes time unique to other variables in projectile motion.
Compare how to find the x and y position of an object in projectile motion.
Write a brief story about the vx,vy,ax,ay,xx, and xy an object would experience if it was launched in a
projectile fashion.
Explain the term range and create an example of an object in projectile motion. For the object
demonstrate how to find X coordinates, Y coordinates, Range of its motion.
TOTAL
POSSIBLE
POINTS
5
15
15
15
15
15
25
105
DUE 11/10 AP PHYSICS WEEK 12 HOMEWORK RUBRIC PAGE 206-211
AREA CIRCULAR MOTION
CORNEL NOTE FORMAT: Heading, Page Set Up, Legible, Organized, Color
Explain the term radian, and how many radians equate to one complete rotation.
Describe what is met by the term angular velocity and how it is calculated and units of measure
Compare angular velocity to linear velocity (formula, units, examples)
Summarize the term tangential velocity by describing examples and results of this motion.
Create an example of centripetal acceleration and demonstrate how to calculate it
Answer Questions 1 and 4 on page 214- Show your work for all solution
TOTAL
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POINTS
5
15
15
15
15
15
25
105
DUE 11/17 AP PHYSICS WEEK 13 HOMEWORK RUBRIC PAGE 215-220
AREA ORBITS AND GRAVITY
CORNEL NOTE FORMAT: Heading, Page Set Up, Legible, Organized, Color
Create a timeline explaining how Newton deduced the law of gravity to his concept of orbits.
Summarize Newton’s law of gravity explaining what G represents?
Contrast G to g in the realm of physics constants
Copy the vector diagram on page 215 and explain how the vectors effect each other
Discuss how to calculate the radius of an orbit that can be maintained by a satellite.
Copy Newton’s Law of Gravity Equations, Calculate the Fg of two 50 kg balls resting 5 m apart.,
Demonstrate how the force changes when the distance is doubled, when the mass of 1 ball is
doubled, when the mass of both balls is reduced by ½.
TOTAL
POSSIBLE
POINTS
5
15
15
15
15
15
25
105
DUE 12/1 AP PHYSICS WEEK 14 HOMEWORK RUBRIC PAGE 132-141
AREA-FORCES
CORNEL NOTE FORMAT: Heading, Page Set Up, Legible, Organized, Color
What is force and how does it relate to Newtons
Compare Newton’s, Pounds, and Kilograms and how to convert them from one to the other
Summarize the process of creating a Free body diagram incorporating Normal Force
Discuss the term Center of mass, how it is found, and why it is needed for a free body diagram.
Draw the free body diagrams on page 139,
explain how the net force is calculated
Complete all parts of question 5 on page 141
TOTAL
POSSIBLE
POINTS
5
15
15
15
15
15
25
105
DUE 12/8 AP PHYSICS WEEK 15 HOMEWORK RUBRIC PAGE 142-146
AREA NEWTON’S LAWS
CORNEL NOTE FORMAT: Heading, Page Set Up, Legible, Organized, Color
Summarize Newton’s 3 Laws of Motion
Explain in detail Newton’s 1st Law and why things on earth do not correctly demonstrate it.
Create an example of how to use the first law of motion.
Contrast the first and second laws of motion.
Explain how to find: a if given mF, v if given Ft, x if given Fmt
Copy the chart on page 143 and answer the example questions in the chart.
TOTAL
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POINTS
5
15
15
15
15
15
25
105
DUE 12/15 AP PHYSICS WEEK 16 HOMEWORK RUBRIC PAGE 147-148
AREA NEWTON’S LAWS
CORNEL NOTE FORMAT: Heading, Page Set Up, Legible, Organized, Color
How is Newton’s third law different from the first 2 laws
In your own words explain Newton’s 3rd law of motion (provide an example)
Define and relate the terms action forces and reaction force.
Provide an example of How Normal forces demonstrate Newton’s third law of motion.
List the action reaction labels on page 147 and provide an example for each label.
Complete questions 1 and 2 on page 148
TOTAL
GRADED BY _________________________
POSSIBLE
POINTS
5
15
15
15
15
15
25
105