Interactive Physics II Player Workbook, Windows Version
Book/Disk
Published on 31. August 1995
Book
Mixed media product
232 pages
978-0-13-667312-5 (ISBN)
Description
This highly interactive workbook/disk package is designed to help students "see" and work with specific physics problems through simulations created with (run-time) Interactive Physics files. Forty problems of varying degrees of difficulty require students to make predictions, change variables, run, and visualize a motion on the computer. The accompanying workbook/study guide provides instructions, physics review, hints, questions, etc.
More details
Language
English
Place of publication
United States
Publishing group
Pearson Education (US)
Target group
Professional and scholarly
Dimensions
Height: 280 mm
Width: 216 mm
Thickness: 15 mm
Weight
672 gr
ISBN-13
978-0-13-667312-5 (9780136673125)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Other editions
New editions
Cindy Schwarz | John P. Ertel | MSC Software
Interactive Physics Player Workbook, Hybrid WIN/MAC Version
Book
09/2003
2nd Edition
Pearson
€34.12
Article is exhausted; no reprint
Content
1. A Car Moving with Constant Acceleration (Vectors).
2. A Car Moving with Constant Acceleration (Graphs).
3. A Car Moving with Constant Acceleration (Graphs).
4. Three Cars Racing.
5. A Boat Crossing a River.
6. An Airplane Flying with Wind.
7. A Ball Thrown Straight Up in the Air (Vectors).
8. A Ball Thrown Straight Up in the Air (Graphs).
9. Projectile Motion Idealized.
10. Projectile Motion with Air Resistance.
11. Projectiles and Relative Velocity.
12. Three Forces on a Puck.
13. Horizontal Motion with Friction (Energy).
14. A Crate Pulled Along a Floor.
15. A Cart and Mass Attached with a Rope Over a Pulley.
16. A Block Moving Up a Hill without Friction.
17. A Block Moving On a Hill with Friction.
18. A Block Moving On a Hill with Friction (Energy).
19. A Block Sliding Down a Hill with Friction.
20. Pulling Three Crates.
21. Pulling Three Crates Uphill.
22. A Two-Car Collision in One Dimension.
23. A Ball Thrown Up in the Air (Energy).
24. A Ball Thrown Up that Hits the Ceiling.
25. A Ball Moving in a Circle with Constant Speed.
26. A Rod Rotating about Its Center.
27. Forces Applied to a Hinged Door.
28. Torques on a Meter Stick.
29. A Ferris Wheel (Vectors).
30. A Ferris Wheel (Graphs).
31. A Block Oscillating on a Spring (Vectors, Equations).
32. A Block Oscillating on a Spring (Energy and Damping).
33. Simple Pendulum.
34. Rolling Down Hill.
35. Odd-Shaped Rotating Projectile.
36. Mystery Motion 1.
37. Mystery Motion 2.
38. Combination Motion.
39. More Complex Combination Motion.
40. Double Pendulum.
Answers to Self-Tests.
Cross Reference to Texts.
2. A Car Moving with Constant Acceleration (Graphs).
3. A Car Moving with Constant Acceleration (Graphs).
4. Three Cars Racing.
5. A Boat Crossing a River.
6. An Airplane Flying with Wind.
7. A Ball Thrown Straight Up in the Air (Vectors).
8. A Ball Thrown Straight Up in the Air (Graphs).
9. Projectile Motion Idealized.
10. Projectile Motion with Air Resistance.
11. Projectiles and Relative Velocity.
12. Three Forces on a Puck.
13. Horizontal Motion with Friction (Energy).
14. A Crate Pulled Along a Floor.
15. A Cart and Mass Attached with a Rope Over a Pulley.
16. A Block Moving Up a Hill without Friction.
17. A Block Moving On a Hill with Friction.
18. A Block Moving On a Hill with Friction (Energy).
19. A Block Sliding Down a Hill with Friction.
20. Pulling Three Crates.
21. Pulling Three Crates Uphill.
22. A Two-Car Collision in One Dimension.
23. A Ball Thrown Up in the Air (Energy).
24. A Ball Thrown Up that Hits the Ceiling.
25. A Ball Moving in a Circle with Constant Speed.
26. A Rod Rotating about Its Center.
27. Forces Applied to a Hinged Door.
28. Torques on a Meter Stick.
29. A Ferris Wheel (Vectors).
30. A Ferris Wheel (Graphs).
31. A Block Oscillating on a Spring (Vectors, Equations).
32. A Block Oscillating on a Spring (Energy and Damping).
33. Simple Pendulum.
34. Rolling Down Hill.
35. Odd-Shaped Rotating Projectile.
36. Mystery Motion 1.
37. Mystery Motion 2.
38. Combination Motion.
39. More Complex Combination Motion.
40. Double Pendulum.
Answers to Self-Tests.
Cross Reference to Texts.