brief assignments grid

Physics 231, General University Physics I

Brief Version of Assignments Page


This is a brief version of the full Assignments Page, designed for quick and convenient reference. This brief version does contain links to all assigned activities. However the Table of Assignments, Objectives and Specific Objectives in the frame at left is the official version.


Table of Assignments and Specific Objectives

Module 1:  Preliminary Assignment - Assignment 8

Major Quiz over Module 1 is assigned as part of Assignment 10

Preliminary Assignment (This assignment should have been completed as part of the Initial Activities)

·         introductory_pendulum_experiment

·         Using the Timer Program

·         First 'Seed' Question

·         Responses to Questions about Key Systems

Asst

qa

seed

Introductory Problem Sets

lab/activity

text

outline

Class Notes

other

query

00

 

 

1.1  – 1.7

{`ds, `dt, vAve}

initial timing experiment

View Physics material on GEN 1   CD and ponder questions posed in documentation.

View also Calculus material on that CD.

text_00

Units, Uncertainty, Estimates

 

 

Which Assignments Do I Need To Complete?

B5. rates

query_00

01

 

 1.1

 1.2

 

Formatting Guidelines and Conventions

Error Analysis I. 

PHeT 1.26 Estimation

text_01

Units, Uncertainty, Estimates

 

 

 Memorize This Idea 1

B6. areas

query_01

02

qa_02

 

 2.1 – 2.3

 Fitting a Straight Line

Collaborative Labs Series 1 [10 lab points for project]

text_02

Uncertainties, Units, Measurement

 

#01

Rand Prob Asst 2 Prob 1

Memorize This Idea 2

B7. volumes

query_02

03

qa_03

2.1

2.2

3.1

 

Measuring Distortion of Paper Rulers

 

121 alt:  Brief Experiment: Paper Rulers)

text_03

Units and Estimates

 

 #02-03

 Rand Prob Asst 3

 Rand Prob Week 2 Quiz 1

 Memorize This Idea 3

Units of Volume Measure

query_03

04

qa_04

 4.1

 

Rotating Straw, Opposing Rubber Bands 

PHeT 2.24 Moving Man

(text_04)

 

 #04

  Rand Prob Asst 4

query_04

05

qa_05

 5.1

 2.4 – 2.6

 The Pearl Pendulum

Timing a Ball down a Ramp

text_05

Estimation

 

 #05-06

Memorize This Idea 4

 

synopsis of principles and common errors in analysis of motion

 

synopsis:   Understand ideas 1-3

  Rand Prob week 3 quiz 1

query_05

06

qa_06

 6.1

 

Rubber Band Calibrations

text_06

Units, Meaurements, Uncertainties

(University Physics also includes Vectors)

 

 #07

Memorize This Ideas 5 and 6

Rand Prob week 2 quiz 2

synopsis:   Understand ideas 4, 5, 6, 7

query_06

07

qa_07

 7.1

 7.2

 

Error Analysis Part II, Data Program

PHeT 3.51 Motion in 2D

text_07

Uniformly Accelerated Motion in 1 dimension

 

 

Memorize This  Idea 7

 Rand Prob week 3 quiz 2

query_07

08

qa_08

 8.1

 8.2

 

Hypothesis Testing with Time Intervals

PHeT 3.43 Projectile Motion

(text_08)

 

 

Rand Prob week 4 quiz 1

Practice Major Quiz (qa)

query_08

Module 2:  Assignments 9 - 20

Test #1 (cumulative through Module 2) assigned as part of Assignment 21

Asst

qa

seed

Introductory Problem Sets

lab/activity

text

outline

Class Notes

other

query

09

qa_09

 9.1

3.1-3.6

Analysis of Initial Ball Down Ramp Data

Deterioration of Difference Quotients

(text_09)

 

 #08-09

 

query_09

10

qa_10

 10.1

 3.7 – 3.12

Hypothesis Testing with Data from Pearl Pendulum and Ball Down Ramp

text_10

Position, speed, velocity, motion at constant acceleration

 

 

Rand Prob week 5 quiz 1

Rand Prob week 4 quiz 2

 

Physics I Basic Quantities and Relationships lines 10, 11, 12

 

synopsis:   Understand idea 8

query_10

11

qa_11

 11.1

 3.15 – 3.19

 Angular Velocity of a Strap

text_11

Motion at constant acceleration, free fall, graphical analysis

 

 #10-11

 Rand Prob week 5 quiz 2

query_11

12

qa_12

12.1

 3.13-3.14

Ball and Ramp Projectile Behavior

text_12

Force and acceleration, forces in 1 dimension

 

 #12

synopsis:   Understand idea 9

query_12

13

qa_13

 13.1

 3.22 – 3.28

Uniformity of Acceleration for a Ball on a Ramp

Analysis of Data from Angular Velocity of a Strap

text_13

Force and acceleration, forces in 1 dimension

 

 #13

 Memorize This:  Idea 8

query_13

14

qa_14

 14.1

 5.1 – 5.5

 

text_14

Force and acceleration, forces in 1 dimension

 

 #14 - 15

 

query_14

15

qa_15

 15.1

 4.1 – 4.7

Experiment 7, Measuring masses:  view only (on DVD)

text_15

Work, kinetic energy, potential energy

 

 

 Physics I Basic Quantities and Relationships lines 25-27, 35-51

 

synopsis:   Understand idea 10

query_15

16

qa_16

 16.1

 

 Force Vectors

text_16

Conservation of Energy

 

 

synopsis:   Understand idea 11

query_16

17

qa_17

 17.1

17.2

 4.8 – 4.12

CD labeled Ph1 Sets 4, 5, 6

 Force vs displacement 1

text_17

Conservation of Energy

 

 #16 - 18

synopsis:   Understand idea 12

 

Memorize This:  Idea 11

query_17

18

qa_18

18.1

18.2

 4.13 – 4.20

 Energy Conversion 1

text_18

Conservation of Energy

 

 

 

query_18

19

qa_19

 19.1

19.2

19.3

 

 

text_19

Conservation of Momentum, Impulse-momentum

 

 #19 - 21

Physics I Basic Quantities and Relationships lines 28-34

 

Memorize This:  Idea 10

query_19

20

qa_20

 20.1

5.6 – 5.11

 Torque Experiment

PHeT 9.22 Balancing Act

text_20

Conservation of Momentum, Impulse-momentum

 

 

 Physics I Practice Test 1

query_20

Module 3, Assignments 21 - 32

Test #2, cumulative through Module 3, Assigned as part of Assignment 34

Asst

qa

seed

Introductory Problem Sets

lab/activity

text

outline

Class Notes

other

query

21

qa_21

21.1

21.2

 

Conservation of Energy on an Incline

text_21

Elastic and Inelastic Collisions in 1 dimension

 

 #22 - 23

Memorize This:  Idea 12

query_21

22

qa_22

22.1

22.2

 6.1 – 6.7

Collaborative_labs_II [10 lab points total for project]

text_22

 

 

Physics I Basic Quantities and Relationships lines 13-24

query_22

23

qa_23

23.1

 

PHeT 8.7 Collision Lab

text_23

Motion in More than 1 Dimension

 

 

synopsis:   Understand idea 10

query_23

24

qa_24

24.1

24.2

 

 Conservation of Momentum

text_24

Motion in 2 dimensions

 

 

 

query_24

25

qa_25

25.1

 

 

text_25

Forces in 2 dimensions; Free Body Diagrams

 

 

synopsis:   Understand idea 12

query_25

26

qa_26

26.1

 

 

text_26

Forces in 2 dimensions; Free Body Diagrams

 

 

 

query_26

27

qa_27

27.1

 7.1 – 7.7

 Motion in a Force Field

PHeT 6.14 Gravity and Orbits

text_27

Circular Motion

 

#24

synopsis:   Understand ideas 13-14

query_27

28

qa_28

 

7.8 – 7.12

 

text_28

Gravitation and Orbital Dynamics

 

#25 - 27

 

query_28

29

qa_29

 

 8.1 – 8.7

Motion in the Gravitational Field of the Earth

text_29

Collisions, Center of Mass

 

#28 - 30

Physics I Basic Quantities and Relationships Lines 53-67

 

synopsis:   Understand ideas 13-16

query_29

30

qa_30

 

8.8 – 8.18

PHeT:

  • 9.6 Torque

  • 10.7 Ladybug Revolution

text_30

Rotational Motion; Torque

 

 

synopsis:   Understand ideas 17-18

query_30

31

qa_31

 

 

View Experiment 29, Angular Velocity and Velocity at Given Radius (Physics 121 may omit this experiment)

text_31

Moment of Inertia, Rotational Dynamics, Angular Momentum

 

 #31 - 33

Physics I Basic Quantities and Relationships Lines 53-67

 

synopsis:   Understand Ideas 19-20

query_31

32

qa_32

 

 

View Experiment 30, Conversion of Gravitational or Elastic Potential Energy to Angular Kinetic Energy

text_32

Moment of Inertia, Rotational Dynamics, Angular Momentum

 

 

Outline of Angular Quantities and their Relationships

query_32

 Module 4, Assignments 33 - 40

Final exam cumulative through Module 4, with extra emphasis on Module 4

Asst

qa

seed

Introductory Problem Sets

lab/activity

text

outline

Class Notes

other

query

33

qa_33

 

 9.1 – 9.5

PHeT 16.15 Pendulum Lab 

text_33

Statics

 

 

 Physics I Practice Tests Assignment 3 (Test 2)

 

synopsis:   Understand Ideas 19-20

query_33

34

qa_34

 

 9.6 – 9.11

 

(text_34)

 

 #34 - 35

 synopsis:   Understand Ideas 22-24

query_34

35

qa_35

 

 9.12 – 9.17

 

(text_35)

 

 

 

query_35

36

 

 

 

 

text_36

Simple Harmonic Motion

 

 #36 - 38

 Physics I Basic Quantities and Relationships Lines 78 - 98

query_36

37

 

 

 

 

text_37

 

 

 

 

38

 

 

 

 

text_38

Fluid Statics

 

 

 

 

39

 

 

 

 

text_39

Bernoulli's Equation

 

 #39 - 41

 

 

40

 

 

 

 

text_40