In each case, find the x- and y- components of vector A: A = 11.2j - 9.91i

(II) Let V₁ (→ above V₁) = ― 6.0 î + 8.0 ĵ and V₂ (→ above V₂) = ― 4.5 î ― 5.0 ĵ. Determine the magnitude and direction of

(c) V₁ (→ above V₁) + V₂ (→ above V₂), and

FIGURE EX3.19 shows vectors A and B. What is C = A + B? Write your answer in component form using unit vectors.

Let ${\vec{V}}_1=-6.0\hat{i}+8.0\hat{j}$ and ${\vec{V}}_2=-4.5\hat{i}-5.0\hat{j}$. Determine the magnitude and direction of ${\vec{V}}_1+{\vec{V}}_2$.

A = (4.0 m)i + (3.0 m)j and B = (−13.0 m)i + (7.0 m)j. You add them together to produce another vector C.
(a) Express this new vector C in unit-vector notation.
(b) What are the magnitude and direction of C?

Given two vectors A = -2i + 3j + 4k and B = 3.00î + 1.00ĵ − 3.00k, find the magnitude of each vector.

You are given two vectors A = -3i + 6j and B = 7i + 2j. Let Counterclockwise angles be positive. What angle does A make with the +x-axis?

Given two vectors A = 4i + 7j and B = 5i - 2j, find the magnitude of each vector.

Trevon drives with velocity v₁ = (55î - 10ĵ) mph for 1.0 h, then v₂ = (20î ＋ 50ĵ) mph for 2.0 h. What is Trevon's displacement? Write your answer in component form using unit vectors.