What are the components of vector V in the introduction?

• x1, x2, x3

• w1, w2, w3

• y1, y2, y3

• v1, v2, v3

How do we visually interpret the addition of two vectors?

• By dividing their components

• By multiplying their components

• By moving the initial point of one vector to the end of another

• By subtracting their components

What is the resultant vector when adding vectors V and W?

• A vector that forms a circle

• A vector that is a straight line path

• A vector with components (1, 1, 1)

• A vector with components (0, 0, 0)

What is the x-component of the resultant vector when V = (-5, 2, -6) and W = (3, 8, -3)?

• 2

• 1

• 0

• -2

What property of vector addition is demonstrated by the fact that V + W = W + V?

• Identity property

• Commutative property

• Distributive property

• Associative property

What shape is formed when both orders of vector addition are drawn together?

• Triangle

• Circle

• Square

• Parallelogram

What is the resultant of the forces (3, 6, 0), (-9, 0, 12), and (-3, 18, 9)?

• (-9, 24, 21)

• (9, -24, -21)

• (3, 6, 12)

• (0, 0, 0)

What additional force is needed to achieve equilibrium with the resultant (-9, 24, 21)?

• (9, -24, -21)

• (-9, 24, 21)

• (0, 0, 0)

• (18, -48, -42)

What does equilibrium mean in the context of vector addition?

• The resultant vector is maximum

• All vectors are perpendicular

• All vectors are parallel

• The resultant vector is zero

How can we achieve a zero vector when adding multiple vectors?

• By adding vectors in a circular path

• By adding vectors with equal magnitudes

• By adding a vector that cancels out the resultant

• By adding vectors in a straight line