'Instantaneous acceleration' diaporamas de présentation

1443-501 Spring 2002 Lecture #24

1443-501 Spring 2002 Lecture #24. Review of Chap. 1 - 15. Dr. Jae hoon Yu. Final Exam at 5:30pm, Monday, May 6 (covers Ch 1- 16). 2-dim Motion Under Constant Acceleration. Velocity vectors in xy plane:. Position vectors in xy plane:.

1.2k views • 95 slides

Describing Motion

Describing Motion. Chapter 2. Clear and precise description of motion. Average speed Instantaneous speed Velocity Acceleration. Speed. Speed is how fast something is moving. Average speed is total distance divided by the time of travel. Units of speed: MPH, km/hr, m/s, etc.

709 views • 31 slides

Advanced Drivetrain Calculations

Advanced Drivetrain Calculations. John E. V-Neun, Team 229 John A. Neun, P.E., Team 20. Goals for this Session. Foundation for Gearbox Design Review principles in drivetrain design Examine trade-offs Formulas for modeling and design Sample Calculation. Prerequisites.

674 views • 29 slides

Physics 207, Lecture 3

Physics 207, Lecture 3. Goals (finish Chap. 2 & 3) Understand the relationships between position, velocity & acceleration in systems with 1-dimensional motion and non-zero acceleration (usually constant)

683 views • 29 slides

Advanced Drivetrain Calculations

Advanced Drivetrain Calculations. John E. V-Neun, Team 229 John A. Neun, P.E., Team 20. Goals for this Session. Foundation for Gearbox Design Review principles in drivetrain design Examine trade-offs Formulas for modeling and design Sample Calculation. Prerequisites.

591 views • 29 slides

467 views • 25 slides

492 views • 25 slides

Physics 207, Lecture 4, Sept. 18

Physics 207, Lecture 4, Sept. 18. Agenda. Chapter 3, Chapter 4.1, 4.2 Coordinate systems Vectors (position, displacement, velocity, acceleration) Vector addition Kinematics in 2 or 3 dimensions Independence of x , y and/or z components.

391 views • 25 slides

Acceleration 1D motion with Constant Acceleration Free Fall Lecture 04 (Chap. 2, Sec. 6-10 )

General Physics (PHYS101). Acceleration 1D motion with Constant Acceleration Free Fall Lecture 04 (Chap. 2, Sec. 6-10 ). Sections 30 and 33 are canceled and became section 27. Lightning Review. Last lecture:. Displacement - change of position

443 views • 23 slides

Motion and Differential Calculus

570 views • 22 slides

One-Dimensional Kinematics

353 views • 22 slides

CSUN PHYSICS WORKSHOP SUMMER 2001 July 9 - July 20

CSUN PHYSICS WORKSHOP SUMMER 2001 July 9 - July 20 Instructors: Dr. Julio Blanco Dr. Say-Peng Lim Supported by the California Post-Secondary Education Commission DIAGNOSTIC TEST RELAX! The test is ANONYMOUS. Please answer the questions as best you can. You have 1 hour.

573 views • 19 slides

Acceleration

Acceleration . AP Physics C Mrs. Coyle . Average Acceleration Instantaneous Acceleration Negative Acceleration Deceleration Graphical Analysis Using the limit to find acceleration. Average Acceleration. Average Acceleration= Change in Velocity Time

175 views • 16 slides

Announcements

290 views • 16 slides

282 views • 12 slides

Phy 211: General Physics I

211 views • 10 slides

Motion Vectors

358 views • 9 slides

Physics 101: Lecture 10 Application of Newton's Laws

Physics 101: Lecture 10 Application of Newton's Laws. New Material: Textbook Chapter 5 Circular Motion & Centripetal Acceleration. You are twirling a ball on string. What happens if the string breaks ?. b. c. a. v. Answer: b. ? v. v 1. v 2. v 2. R. v 1. ? R.

203 views • 6 slides

Average Velocity

269 views • 6 slides

Reducing Our Carbon Footprint: Fact and Fiction

121 views • 0 slides