SOLUTION: hello pleases can you help me with this question. Let u and v be non-zero vectors in R3 in standard position. Prove that If u and v are of length r cm each, where r ∈ R and

Question 1123138: hello pleases can you help me with this question. Let u and v be non-zero vectors in R3 in standard position. Prove that If u and v are of length r cm each, where r ∈ R and r > 0, then their tips lie on the surface of a sphere of radius r cm. thanks
I said that u=rcm and v=rcm therfore u=v
sinc R^3 has three spaces (v, u,x)
then v=r
u=r
and r=x
becuses they are all eqivulent.
is this right thanks

Answer by ikleyn(52787) (Show Source): You can put this solution on YOUR website!
.
What you said is wrong.

RELATED QUESTIONS
Let u and v be non-zero vectors in R^3 in standard position. Prove that if u and v are of (answered by ikleyn)

Let u and v be non-zero vectors in R^3 in standard position. Prove that if u and v are of (answered by greenestamps)

Please help me ㅠㅠ help me 1)u�u>=0 and u�u=0 if and only if u=0 prove... (answered by lynnlo)

1)u�u>=0 and u�u=0 if and only if u=0 prove theorem? 2)Show that there are no vectors u... (answered by lynnlo)

Given V=R^2 with "non-standard" operations: for u=(x1,y1) and v=(x2,y2)in R^2, and c(real (answered by venugopalramana)

Let x and y be vectors in R^4 with {x,y} being linearly independent. Prove that there... (answered by richard1234)

This is my second and last question. This is not in a textbook. a.)Let T be a linear... (answered by venugopalramana)

Can anyone tell me if I'm on the right track with this: Question: Let G = (V, E) be a (answered by richard1234)

SOLUTION: hello pleases can you help me with this question. Let u and v be non-zero vectors in R3 in standard position. Prove that If u and v are of length r cm each, where r &#8712; R and

SOLUTION: hello pleases can you help me with this question. Let u and v be non-zero vectors in R3 in standard position. Prove that If u and v are of length r cm each, where r ∈ R and