'Third equation' diaporamas de présentation

Two Dimensional Motion

Two Dimensional Motion. How do we work with two dimensions when we consider motion? We work with vectors by working with the components! Does it matter which form we use: rectangular or polar? Since vectors add nicely in rectangular, we need to work with rectangular components!.

796 views • 60 slides

The Law of Cosines

531 views • 38 slides

example 1

example 1. Solution by Elimination. Chapter 7.1. Solve the system. ?2009 PBLPathways. Solve the system. Solve the system. If necessary, interchange two equations or use multiplication to make the coefficient of x in the first equation a 1. E1 ? E2. Solve the system.

453 views • 29 slides

Doing Quantitative Research 26E02900, 6 ECTS Cr.

358 views • 27 slides

Partial Fractions by Richard Gill Supported in part by funding from a VCCS LearningWare Grant

Partial Fractions by Richard Gill Supported in part by funding from a VCCS LearningWare Grant.

446 views • 21 slides

Finding the centroid and circumcentre of a triangle given the coordinates of its vertices

Finding the centroid and circumcentre of a triangle given the coordinates of its vertices. Finding the centroid. 2 Methods 1) Use the formula

393 views • 13 slides

Solving Force Problems

Solving Force Problems. Draw free body diagrams One for each object Choose a coordinate system that simplifies problem Each object can have a separate coordinate system Set up force equations using free body diagrams Identify any action-reaction pairs Solve for the unknowns.

206 views • 5 slides