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Vectors - Simmons
- Addition of vectors
- Vector Addition
- Vector Addition
- Components of a vector
- Associative Property of Vector Addition
- Adding Vectors by Finding the Components
- Vector Representations
- Unit Vector : UnitVector Example by kwkim
- vectors as linear combinations of a base
- Vector Projection
- Dot Product of Vectors
- Trigonometric Slide Rule
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Vectors - Simmons
Lessons on vectors
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1. Addition of vectors
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2. Vector Addition
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3. Vector Addition
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4. Components of a vector
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5. Associative Property of Vector Addition
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6. Adding Vectors by Finding the Components
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7. Vector Representations
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8. Unit Vector : UnitVector Example by kwkim
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9. vectors as linear combinations of a base
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10. Vector Projection
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11. Dot Product of Vectors
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12. Trigonometric Slide Rule
Addition of vectors
On the screen, you see AB and AC in blue color. You can change the value of these vectors by moving the point B and C. AB and AC vectors are represented as u and v respectively. Value of any vector does not depend upon its position. Value depends upon direction and length. So we have also drawn v’ and u’ (shown in figure). Move the points B and C and observe how the values get changed.
Addition of vectors
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