Name all the equal vectors in the parallelogram shown. (i) AB→ is equal to what? EB→ CB→ DC→ CE→ DA→ is equal to what? DC→ CB→ EB→ CE→ DE→ is equal to what? DC→ EB→ CE→ CB→ EA→ is equal to what? DC→ CB→ EB→ CE→
Using the vectors shown in the figure, write each sum or difference as a single vector. (a) AB→ + BC→ (b) CD→ + DB→ (c) DB→ − AB→ (d) DC→ + CA→ + AB→
In the figure, the tip of c and the tail of d are both the midpoint of QR. Express c and d in terms of a and b. c = d =
Find a vector a with representation given by the directed line segment AB→. A(−4, 2), B(2, 4) Draw AB→ and the equivalent representation starting at the origin.
Find a vector a with representation given by the directed line segment AB→. A(−5, −3), B(2, 5) Draw AB→ and the equivalent representation starting at the origin.
Find the sum of the given vectors. a = ⟨3, −3⟩, b = ⟨−2, 8⟩ Illustrate geometrically.
Find a+b, 6a + 9b, |a|, and |a − b|. (Simplify your vectors completely.) a = ⟨−5, 12⟩, b = ⟨10, 4⟩ a + b = 6a + 9b = |a| = |a − b| =