Problem 1.1. We interpret 1. Move the arrows x as an arrow vector. and around to form a triangle. " [2· 1] and 闾 around, but they will never form a triangle. Why? (Hint: 2. You can move the arrows Check their lengths.) 3. Find some coefficients a, b, c such that a +b + C = 4. Find a triangle whose three sides are parallel to the vectors and Maybe use the last subproblem as a inspiration? (Remark: the answer here is not unique, but all possible answers are similar triangles. As an extra challenge, can you see why? There is an algebraic reason and a geometric reason.) 5. You can move the arrows and around, but they will never form a triangle. Why?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.1: Angles
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Problem 1.1. We interpret
1. Move the arrows
x
as an arrow vector.
and
around to form a triangle.
"
[2· 1]
and
闾
around, but they will never form a triangle. Why? (Hint:
2. You can move the arrows
Check their lengths.)
3. Find some coefficients a, b, c such that
a +b + C
=
4. Find a triangle whose three sides are parallel to the vectors
and
Maybe use the last
subproblem as a inspiration? (Remark: the answer here is not unique, but all possible answers are
similar triangles. As an extra challenge, can you see why? There is an algebraic reason and a geometric
reason.)
5. You can move the arrows
and
around, but they will never form a triangle. Why?
Transcribed Image Text:Problem 1.1. We interpret 1. Move the arrows x as an arrow vector. and around to form a triangle. " [2· 1] and 闾 around, but they will never form a triangle. Why? (Hint: 2. You can move the arrows Check their lengths.) 3. Find some coefficients a, b, c such that a +b + C = 4. Find a triangle whose three sides are parallel to the vectors and Maybe use the last subproblem as a inspiration? (Remark: the answer here is not unique, but all possible answers are similar triangles. As an extra challenge, can you see why? There is an algebraic reason and a geometric reason.) 5. You can move the arrows and around, but they will never form a triangle. Why?
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