'Vector arrow' diaporamas de présentation

Motion Geometry Part I

Motion Geometry Part I. Solve Problems. Organize. Analyze. Geometry. Reason. Model. Compute. Measure. Communicate. Transformations. Transformations. ? A transformation is a change in position, shape, or size of a figure. Example.

1.3k views • 127 slides

Two Dimensional Motion and Vectors

Two Dimensional Motion and Vectors. http://www.youtube.com/watch?v=Phl2d4jeN90. Scalar-- a physical quantity that has only a magnitude but no direction. distance speed mass volume work energy power. Vector-- a physical quantity that has both a magnitude and a direction. displacement

614 views • 45 slides

Vectors & Scalars

Vectors & Scalars. Vectors & Scalars. Vectors are measurements which have both magnitude (size) and a directional component. EXAMPLES OF VECTOR VALUES: Displacement Velocity Acceleration Force Direction counts in all of these measurements. Scalars are measurements which have only

568 views • 37 slides

Think-Pair-Share FCAT Practice

Think-Pair-Share FCAT Practice. During this activity, students will have individual time to think about a question related to FCAT 2.0. They will then pair up with a partner to share their thoughts. Finally, the pairs will select one major explanation to share with the entire class. Think.

418 views • 24 slides

Vectors

317 views • 20 slides

Pop Quiz

Pop Quiz. 1. A car travels one-half of a 1-km trip at a constant speed of 10.0 km/hr. It then travels the other half of the trip at twice the speed (20.0 km/hr). What is the average speed for the whole 1-km trip? (A) 10.0 km/hr (B) 13.3 km/hr (C) 16.6 km/hr (D) 15 km/hr (E) 18 km/hr

181 views • 6 slides

Chapter-3 Vectors

Chapter-3 Vectors. Vectors and Scalars: Physics deals with many physical quantities, which are divided into scalars and vectors. A scalar quantity is one that can be described by a single number (including any units) giving its size or magnitude.

275 views • 4 slides

Projectiles and Universal Gravitation

Projectiles and Universal Gravitation. Gravitational Force. Gravitational force exists between any and all objects that have a mass The strength of the attraction is dependent on the mass of the objects and the distance between them

110 views • 0 slides