Posted inEngineering Physics
SOH CAH TOA and the Direction of Vectors
The above discussion explains the method for determining the magnitude of the resultant for three…
Posted inEngineering Physics
Addition of Three or More Right Angle Vectors
As our first example, consider the following vector addition problem:Example 1: A student drives his…
Posted inEngineering Physics
Component Method of Vector Addition
Earlier in this lesson, we learned that vectors oriented at right angles to one another…
Posted inEngineering Physics
Trigonometric Method of Vector Resolution
The trigonometric method of vector resolution involves using trigonometric functions to determine the components of…
Posted inEngineering Physics
Parallelogram Method of Vector Resolution
The parallelogram method of vector resolution involves using an accurately drawn, scaled vector diagram to…
Posted inEngineering Physics
Vector Resolution
As mentioned earlier in this lesson, any vector directed at an angle to the horizontal (or…
Posted inEngineering Physics
Vector Components
A vector is a quantity that has both magnitude and direction. Displacement, velocity, acceleration, andforce are the vector quantities that we have…
Posted inEngineering Physics
Resultants
The resultant is the vector sum of two or more vectors. It is the result of adding two or…
Posted inEngineering Physics
Use of Scaled Vector Diagrams to Determine a Resultant
The magnitude and direction of the sum of two or more vectors can also be…
Posted inEngineering Physics
The Calculated Angle is Not Always the Direction
The measure of an angle as determined through use of SOH CAH TOA is not always the…