Using Properties of the Dot Product In Exercises 13 - 22 , use the vectors u = 3 , 3 , v = − 4 , 2 , and w = 3 , − 1 to find the quantity. State whether the result is a vector or a scalar. u + v ⋅ 0
Using Properties of the Dot Product In Exercises 13 - 22 , use the vectors u = 3 , 3 , v = − 4 , 2 , and w = 3 , − 1 to find the quantity. State whether the result is a vector or a scalar. u + v ⋅ 0
Solution Summary: The author explains that the value of (u+v)cdot 0 is a scalar quantity.
Using Properties of the Dot Product In Exercises
13
-
22
, use the vectors
u
=
3
,
3
,
v
=
−
4
,
2
, and
w
=
3
,
−
1
to find the quantity. State whether the result is a vector or a scalar.
u
+
v
⋅
0
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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