'Total velocity' presentation slideshows

Chapter 5 Projectile motion

Chapter 5 Projectile motion. 1. Recall: a projectile is an object only acted upon by gravity. 2. Chapter 4: [linear motion] straight line motion that was ONLY vertical or ONLY horizontal motion. 3. Chapter 5: looks at motion that follows a diagonal path or a curved path.

1.05k views • 78 slides

Modeling Larval Dispersal on the Southeast U.S. Continental Shelf: Implications for Marine Protected Area design

Modeling Larval Dispersal on the Southeast U.S. Continental Shelf: Implications for Marine Protected Area design. Karen Pehrson Edwards Research Seminar 9 February 2005. Outline. Background: MPAs & Larval Dispersal Study Area: SEUSCS and Grays Reef National Marine Sanctuary (GRNMS)

789 views • 54 slides

Two Dimentional Motion

Physics_Motion

975 views • 53 slides

Projectile -Any object upon which the only force acting on is gravity!

Projectile -Any object upon which the only force acting on is gravity!. Neglecting air resistance- all objects fall with the same acceleration. Two objects of different weights, dropped from the same height, hit the ground at the same time. A horizontally launched object will

535 views • 53 slides

Oceans and the Global Environment: Summary

Oceans and the Global Environment: Summary. Oceans and the Global Environment: Lecture 1 taking physics and chemistry outdoors Peter Rhines 1 Eric Lindahl 2 Bob Koon 2, Julie Wright 3 Discovery Seminar 25 Aug-18 Sept 2008 University of Washington

642 views • 51 slides

Projectile Motion

Projectile Motion. Chapter 3.3. Objectives. Recognize examples of projectile motion Describe the path of a projectile as a parabola Resolve vectors into their components and apply the kinematic equations to solve problems involving projectile motion. Projectile Motion.

606 views • 32 slides

Acceleration

471 views • 23 slides

Uniform Circular Motion

Uniform Circular Motion. Position on a Circle. Motion in a circle is common. The most important measure is the radius ( r ). The position of a point on the circle is described by a radial vector . Origin is at the center. Magnitude is equal everywhere. r. r.

224 views • 11 slides

FORCE & FRICTION

FORCE & FRICTION. Science Pushes and Pulls, but it NEVER Sucks!. Force : push or pull all forces have size and direction m easured in Newtons (N). An object will. s peed up,. s low down,. or turn. Only if something is pushing or pulling on it. Combining Forces.

338 views • 11 slides

Uniform Circular Motion

Uniform Circular Motion. Position on a Circle. Motion in a circle is common. The most important measure is the radius ( r ). The position of a point on the circle is described by a radial vector . Origin is at the center. Magnitude is equal everywhere. r. r.

161 views • 11 slides

Towards a regional rapid response multi-disciplinary system for the Adriatic Sea

Simulations table. 11 May 1993. 7 June 1993. Base. Base + atm. Fluxes. Base B. Base + atm. Fluxes B. Fig. 4. Simulations table. HOPS Harvard Ocean Prediction System. Fig. 6 Barotropic transport forecast at 2, 6, 10 and 14 days for the first simulation.

92 views • 1 slides