Still Confused?

Try reviewing these fundamentals first.

Still Confused?

Try reviewing these fundamentals first.

Still Confused?

Try reviewing these fundamentals first.

Nope, I got it.

That's that last lesson.

Start now and get better math marks!

Get Started NowStart now and get better math marks!

Get Started NowStart now and get better math marks!

Get Started NowStart now and get better math marks!

Get Started Now- Intro Lesson2:16
- Lesson: 14:39
- Lesson: 2a9:29
- Lesson: 2b4:23
- Lesson: 2c3:55
- Lesson: 2d3:48
- Lesson: 3a4:57
- Lesson: 3b4:04
- Lesson: 3c3:39

The notion of vectors can be easily found in our daily surroundings – from airplane navigation to trajectories of balls during a sports game, to movements of a character you maneuver in your video games. In this section, we will learn about the graphical, and mathematical representation of a vector, as well as how to distinguish the differences between a scalar quantity and a vector quantity.

Related concepts: Complex numbers and complex planes,

Vector Quantity: a quantity having (positive) magnitude and (one) direction

Scalar Quantity: a quantity having only magnitude but not direction

Two – Dimensional Vectors:

Scalar Quantity: a quantity having only magnitude but not direction

Two – Dimensional Vectors:

- Introduction
- 1.Which of the following is/are a vector?

i) $50$ miles per hour north

ii) $\sqrt{40 } km/s^2$

iii) $-43.1^{\circ} C$

iv) $5641\; ft^3$

v) $32$ Newton at $98^{\circ}$ west of north - 2.For the following vectors, express them in component form, matrix form, and rectangular form

a)$\vec{p}$b)$\vec{q}$c)$\vec{v}$d)$\vec{w}$ - 3.For the following vectors, express them in component form, matrix form, and rectangular form

a)$\vec{v}$b)$\vec{w}$c)$\vec{r}$

We have over 420 practice questions in Geometry for you to master.

Get Started Now