Unit 6 Packet

Regular Physics


To optimize your use of this resource, click on the links for individual questions in your unit packet. The link will bring you to online help related to that question. Carefully read the resource material and procede to answer the questions in your unit packet.

Objective 1

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Objective 2

Circular Motion and Inertia

Uniform Circular Motion Lab

Circular Motion and Acceleration

 

Objective 3

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Objective 4

Toy Airplane Lab

Circular Motion and Free-Body Diagrams

Amusement Park Physics

 

Objective 5

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Objective 6

Kepler's Laws

The Law of Harmonies

 

Objective 7

Universal Gravitation

 

Objective 8

The Value of g

Weightlessness

 

Objective 9

Satellite Motion

 

 


Uniform Circular Motion Simulation (pp. 1-2)

Speed vs Velocity; Scalars vs. Vectors

Direction of Velocity Vector

Direction of Acceleration Vector

Direction of Net Force Vector

A Circling Object Doesn't Move Closer to Center

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Circular Motion and Inertia (pp. 3-4)

#1-3 Inertia

#4 Centripetal Force

#5 Centripetal Force

#6 Centripetal Force

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Circular Motion and Acceleration (pp. 5-8)

#1 Velocity Change, Acceleration, and Net Force

#2 Acceleration

#3 Ticker Tapes, Acceleration and Net Force

#4 Force and Velocity Direction and Resulting Acceleration

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Toy Airplane Lab (pp. 9-10)

Mathematical Equations for Circular Motion

Free-Body Analysis and Circular Motion

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Circular Motion and Free-Body Diagrams (pp. 11-12)

Circular Motion in Athletics
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Amusement Park Physics (pp. 13-14)

Circular Motion at Amusement Parks
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Kepler's Laws (pp. 15-16)

Kepler's Three Laws
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The Law of Harmonies (pp. 17-19)

#1 Derivation of T2/R3 relationship

#2 Comparison of T2/R3 for planets

#3 T2/R3 for moons

#4 T2/R3 for moons

#5 T2/R3 plot

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Newton's Law of Universal Gravitation (pp. 21-22)

#1 and #2 Universality of gravity

#3 The Apple and the Moon Argument

#4 - #9 Equations as a Guide to Thinking

#10 - #14 Variables effecting Fgrav

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The Value of g (pp. 23-27)

The Value of g
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Weightlessness (pp. 29-30)

Weightlessness
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Satellite Motion (pp. 31-32)

#1 Orbital Speeds

#2 and #3 Satellites as Projectiles

#4Energy Analysis for Satellites - Circular Orbits

#5 Energy Analysis for Satellites - Elliptical Orbits

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Supplementary Challenges

See answers and accompanying solutions to all odd-numbered problems.


 


Additional resources for physics students are available through links on the GBS Physics Home Page. Such resources include the Multimedia Physics Studios , a collection of animations and movies which illustrate key physics concepts and the Shockwave Physics Studios, a collection of interactive Shockwave exercises.

Image Map for GBS Physics Site



This page created by Tom Henderson of Glenbrook South High School.

Comments and suggestions can be sent by e-mail to Tom Henderson.

This page last updated on 1/4/99.