Let y = -9 and u == 6 Write as the sum of two -10 6 orthogonal vectors, ₁ in Span {u} and 2 orthogonal to ū. -896/121 -869/121 1 768/121 = x2 = -768/121 768/121 -768/121
Let y = -9 and u == 6 Write as the sum of two -10 6 orthogonal vectors, ₁ in Span {u} and 2 orthogonal to ū. -896/121 -869/121 1 768/121 = x2 = -768/121 768/121 -768/121
Let y = -9 and u == 6 Write as the sum of two -10 6 orthogonal vectors, ₁ in Span {u} and 2 orthogonal to ū. -896/121 -869/121 1 768/121 = x2 = -768/121 768/121 -768/121
Transcribed Image Text:Let y
=
-9
and u
==
6 Write as the sum of two
-10
6
orthogonal vectors, ₁ in Span {u} and 2 orthogonal to ū.
-896/121
-869/121
1
768/121
=
x2 =
-768/121
768/121
-768/121
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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