2. 1D Motion / Kinematics

Suppose in Figure 1, you are given two vectors: $A$ with a magnitude of $3$ units pointing east, and $B$ with a magnitude of $4$ units pointing north. Which of the following combinations of these vectors results in the largest possible magnitude?

When two displacement vectors of equal magnitude point in exactly opposite directions, what is the resulting displacement when they are added together?

In physics diagrams, the magnitude of both scalar and vector quantities is represented by the length of a line. What property of the line indicates this magnitude?

If vector $a$ has an x-component of $3$ and vector $b$ has an x-component of $-2$, what is the sum of the x components of vectors $a$ and $b$?

In the study of physics, what distinguishes a $\mathrm{scalar}$ from a $\mathrm{vector}$?

Which of the following physical quantities is a vector quantity?

Why is a magnetic field considered a $vector$ quantity?

If vector $c$ has a magnitude of $28.2$ units and points in the positive $x$-direction, which of the following correctly represents vector $c$ in component form?

Which of the following best completes the statement: a vector must always have both $\mathrm{size}$ and

Given a vector $n$ with magnitude $n$ making an angle $\theta$ with the x'-axis in a tilted coordinate system, what are the components $n{x}_{\text{'}}$ and $n{y}_{\text{'}}$ of $n$ in this system?

Force is a vector because it has both magnitude and which of the following properties?

Which of the following statements correctly describes the direction of the impulse vector $𝒥$ (impulse)?