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Find a vector B linearly
Find a vector B linearly dependent on the vector A = 2i + j - k , such that A. B = 3.
1 answer
asked by
Anonymous
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consider a rhombus ABCD
a) find the resultant of vector AB + vector AD and vector AB - vector AD? (cosine rule) b) What will be
0 answers
asked by
Shaila
822 views
Consider rhombus ABCD
a) Find the resultants of vector AB + vector AD and vector AB - vector AD b) What will the value of (vector
1 answer
asked by
Suhani
1,381 views
A line in space has the vector equation shown here. Fill in the blanks to find the position vector to the fixed point on the
3 answers
asked by
Grace
762 views
State whether or not the following statements are true. Justify your reasoning.?
a. Vector a • (Vector b + Vector c) = Vector a
2 answers
asked by
anon
2,028 views
Is the zero vector space v={0}, linearly independent. If so, why is that?
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asked by
Ashley
297 views
If vector a and b are two non collinear unit vectors and |vector a+ vector b|=√3 then find the value of ( vector a- vector
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asked by
DEEPTI
847 views
let vector U = (vector u1, vector u2) vector V = (vector v1, vector v2) and vector W = (vector w1, vector w2) Prove each
1 answer
asked by
Shaila
1,248 views
Solve using the concept of rank.
Is S={−16 −7 −21,2 1 3, 21 9 2} a linearly independent set of vectors in R3? So I know how
0 answers
asked by
sam
499 views
Let vector A = 4i^ + 4j^, vector B = -2i^ - 5j^, and vector F = vector A - 5(vector B).
a) Write vector F in component form.
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asked by
Sara
781 views