'Displacement time' diaporamas de présentation

Physics Unit 3

3.16k views • 273 slides

Chapter 7 Fourier Series (Fourier ?? )

Mathematical methods in the physical sciences 3rd edition Mary L. Boas. Chapter 7 Fourier Series (Fourier ?? ). Lecture1 Periodic function. Lecturer: Lee, Yunsang (Physics) Baird-Hall 01318 ylee@ssu.ac.kr 02-820-0404. 1. 1. Introduction.

1.3k views • 66 slides

Unit 2

851 views • 60 slides

2.1b Mechanics On the move

2.1b Mechanics On the move. Breithaupt pages 112 to 129. April 11 th , 2010. AQA AS Specification. Distance ( x ) and Displacement ( s ). Distance ( x ) the length of the path moved by an object scalar quantity SI unit: metre (m) Displacement ( s )

690 views • 56 slides

LOCKERBIE ACADEMY TRANSPORT UNIT VELOCITY

LOCKERBIE ACADEMY TRANSPORT UNIT VELOCITY. S1-S3 Road Safety & PHYSICS. LOCKERBIE ACADEMY TRANSPORT UNIT. LOCKERBIE ACADEMY TRANSPORT UNIT Part 2- Scalars Vectors and examples. S1-S3 Road Safety & PHYSICS. LOCKERBIE ACADEMY TRANSPORT UNIT. WORDBANK. Scalar

476 views • 47 slides

Speed vs. Velocity

Speed vs. Velocity. Velocity, v (meters/second with direction) vector rate of change of displacement change in displacement per unit time Speed (also meters/second but NO DIRECTION) scalar Rate of change of distance Change in distance per unit time. Speed vs. Velocity.

571 views • 39 slides

Motion in One Dimension

x. dx. t. dt. Motion in One Dimension. Physics 2053 Lecture Notes. Motion in One Dimension (2053). ?. Motion in 1 Dimension. v. In the study of kinematics, we consider a moving object as a particle. A particle is a point-like mass having infinitesimal size and a finite mass.

725 views • 38 slides

Motion Graphs

Motion Graphs. Distance and Displacement. Distance is a scalar quantity! is how far something has moved. is measured in metres etc. Displacement is a vector quantity. is how far an object has moved from its starting point and in what direction.

389 views • 30 slides

Vectors

365 views • 29 slides

Relative Velocity

362 views • 27 slides

Ch.3 Uniform Motion ( ???? )

forward. 1. 2. 0. 3. 4. Ch.3 Uniform Motion ( ???? ). 3.1 Uniform Motion ( ???? ). If a body moves at a constant speed ( ???? ) along a straight line, it is said to have uniform motion ( ???? ) .

276 views • 27 slides

Physics 10

450 views • 25 slides

Describing Motion

327 views • 18 slides

Displacement - time

Displacement - time. An object travelling along a straight line has two possible motions - forward/backwards Sketch a displacement time graph for a journey where you return to your starting position. Challenge: sketch a displacement time graph for a swinging pendulum.

181 views • 16 slides

1-Dimensional Motion

1-Dimensional Motion. Only x or y or z coordinates East or West Up or Down Right and Left. Frame of reference must be chosen! Bus, moving sidewalk, tennis ball in car http://www.phy.ntnu.edu.tw/ntnujava/index.php?topic=140

220 views • 9 slides

Graphical Analysis of SHM

Graphical Analysis of SHM. Objectives (g) select and apply the equation v max = (2? f ) A for the maximum speed of a simple harmonic oscillator; (i) describe, with graphical illustrations, the changes in displacement, velocity and acceleration during simple harmonic motion;. Outcomes.

221 views • 4 slides

INTRODUCTION AEROELASTICITY: Interaction between aerodynamic forces and structural motion. FLUTTER INSTABILITY:

Case. Case. DOF Combination. Flutter-Derivatives Extracted. Noise-to-Signal Ratio. Diagonal Stiffness Terms. Non-Diagonal Stiffness Terms. Diagonal Damping Terms. Non-Diagonal Damping Terms. 1-DOF (ILS). 1. 1-DOF Vertical (V). H1*, H4*. 20%. 0.02. -. 1.67. -. 2. 2-DOF (MITD).

225 views • 1 slides