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prove the vector projection of

prove the vector projection of -v on v is -v using the vector projection formula.
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2. asked by Stacy
3. 436 views
let vector U = (vector u1, vector u2) vector V = (vector v1, vector v2) and vector W = (vector w1, vector w2) Prove each
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2. asked by Shaila
3. 1,272 views
Verify using a specific example that (Vector a + Vector b) × (Vector a – Vector b) = 2(Vector b×Vector a). Expand to the
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2. asked by Adiana
3. 956 views
(6) Consider the vectors Vector a=(1,2,3) and Vector b=(-3,0,2).(a) Determine the projection of Vector a onto Vector b. (b) A
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2. asked by Anon
3. 909 views
Use a specific example to prove that the cross product is also not associative. That is, use three specific vectors in 3-space
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2. asked by Adiana
3. 2,844 views
Use a specific example to prove that the cross product is also not associative. That is, use three specific vectors in 3-sapce
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2. asked by Adiana
3. 749 views
determine the projection of u = 1.6 vector i + 3.3 vector j in the vector v = -2.1 vector i - 0.5 vector j direction
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2. asked by Trish
3. 492 views
Let A and B be any two points on the plane and O be the origin. Prove that vector AB = vector OB - vector OA.Let x be any other
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2. asked by Shaila
3. 971 views
What is the signed magnitude c of the projection of x1 onto x2? More precisely, let u be the unit vector in the direction of the
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2. asked by Lis
3. 144 views
this can be done by projections of two vector.recall that the scalar projection of vector b on vector a is a∙b/│a│ so
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2. asked by Derek
3. 751 views