Αποτελέσματα Αναζήτησης
Vector Practice 1. Draw the components of each vector in the following diagrams. Then calculate the length of each component. a) b) 23° 2. For each of the following, draw the given vectors tip to tail, draw the resultant vector including angle, then calculate the magnitude and direction of the resultant vector.
17 Calculate a vectors direction as a degree measurement combined with compass directions. 18 Calculate a vector’s magnitude using trig or Pythagorean theorem. 19 Add and subtract vectors by their components.
This is a student guide created specifically for use with the simulation “Vector Addition”. It provides explicit instructions on how to use the simulation, then presents a short assignment for using the model to calculate resultant vectors. Allow about 30 minutes. (86 kb Word document) Virtual Vector Lab http://phet.colorado.
This worksheet will walk you through some basic vector operations. In your textbooks, you will see vectors denoted in boldface (v), but when writing a vector, we denote it by writing an arrow above the letter (~v).
PY105S Unit 1 – Worksheet for Vectors and Vector Addition. Knowing how to work with vectors, add vectors, and distinguish between vectors and scalars will be an important part of the course. What is a vector?
Vector quantity: quantity with a magnitude and a direction. It can be represented by a vector. Examples: displacement, velocity, acceleration. Same displacement. Displacement does not describe the object’s path. Scalar quantity: quantity with magnitude, no direction.
PHYSICS 12 VECTORS WORKSHEET. 1. Label each quantity as being vector or scalar: distance, time, mass, area, energy, impulse, temperature, displacement, volume, speed, acceleration, momentum, work, velocity, force. 2. Sketch the following vectors on a separate piece of paper and draw the resultant: a) C+A. b) D-B. c) A+D+B. d) B-(C+D) e) C-2B.
