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If vectors →S = (2, -1) and →Y = (-5, 3) define the sides of a triangle, what is the area of the triangle?
10 sq. units
11 sq. units
12 sq. units
Fill in the blank:
If vectors →F = (4, -3) and →B = (1, 2) define the sides of a triangle, the area of the triangle is ________.
5 sq. units
8 sq. units
6 sq. units
Is this statement true or false?
Given vectors →M = (6, -3) and →N = (2, 8), the area of the triangle formed by these vectors is 33 sq. units.
True
False
Given vectors →F = (2, 4) and →X = (5, -1), the area of the triangle formed by these vectors is ________.
9 sq. units
Given vectors →G = (4, 7) and →H = (-1, 3), what is the area of the triangle formed by these vectors?
17 sq. units
18 sq. units
21 sq. units
If vectors →W = (1, -2) and →Y = (-3, 5) define the sides of a triangle, the area of the triangle is ________.
14 sq. units
15 sq. units
If vectors →R = (3, 2) and →S = (0, 4) define the sides of a triangle, the area of the triangle is 6 sq. units.
Given vectors →I = (5, 9) and →F = (1, 3), what is the area of the triangle formed by these vectors?
24 sq. units
If vectors →Z = (-2, 1) and →W = (3, -4) define the sides of a triangle, what is the area of the triangle?
Given vectors →E = (7, -2) and →F = (-3, 6), what is the area of the triangle formed by these vectors?
40 sq. units
36 sq. units
45 sq. units
It is done.