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Mathematics 17 Online
OpenStudy (anonymous):

Find a vector orthogonal to both u and j+k u=i-2j+3k I keep coming up with the wrong answer

OpenStudy (anonymous):

False advertising is a federal offense.

OpenStudy (anonymous):

@CaptainLlama49 HUH???

OpenStudy (anonymous):

You said owlbucks this is not own bucks. This is False advertising @Abhisar

OpenStudy (thegamer007):

lol

OpenStudy (thegamer007):

idk this 1 dude pretty hard :/ sorry

OpenStudy (anonymous):

https://en.wikipedia.org/wiki/False_advertising

OpenStudy (anonymous):

@CaptainLlama49 you do not know what you are talking about.

OpenStudy (anonymous):

^

OpenStudy (anonymous):

3 OWLBUCKS for assistants

rvc (rvc):

Wait :) are you trying to solve the question?

OpenStudy (anonymous):

https://en.wikipedia.org/wiki/False_advertising

rvc (rvc):

how can we find them? any start @Nixy

OpenStudy (anonymous):

@CaptainLlama49 Stop trolling

OpenStudy (anonymous):

Im being serious, False Advertising is a federal crime

OpenStudy (anonymous):

take the cross product between the two vectors

OpenStudy (anonymous):

Ok, that is nice to know and if I was, which I am not, I am not in the United States so that does not apply to me so what ya got now?

OpenStudy (anonymous):

International law

OpenStudy (thegamer007):

Dude just drop the matter

OpenStudy (anonymous):

You are now considered a pirate

rvc (rvc):

|dw:1435945488553:dw|

OpenStudy (anonymous):

Nope, My country does not recognize it @CaptainLlama49

OpenStudy (anonymous):

You are a nigerian pirate

rvc (rvc):

ok im going bye

OpenStudy (anonymous):

I keep getting -5i+1j+1k

OpenStudy (anonymous):

You are a pirate who false advertises

rvc (rvc):

where is the other vector?

OpenStudy (anonymous):

On his pirate ship

OpenStudy (anonymous):

What you see is what I have to work with. U and j+k

rvc (rvc):

find the cross product between u and j+k

OpenStudy (anonymous):

Yes that is what I am working on rvc

OpenStudy (anonymous):

The cross product is his pirate cannons

rvc (rvc):

give me the values of all the vectors

OpenStudy (anonymous):

1,2.3, BOOM

OpenStudy (anonymous):

I did in my original post

OpenStudy (anonymous):

That is everything

OpenStudy (anonymous):

wat lol

rvc (rvc):

please tag me in yoaur original post

OpenStudy (anonymous):

@rvc is also a false advertising pirate

OpenStudy (anonymous):

It is up top. That is everything I am given to solve the problem

rvc (rvc):

how did you get the ans? could you please show the working

OpenStudy (anonymous):

By false advertising..

rvc (rvc):

@Abhisar @TheSmartOne :)

OpenStudy (anonymous):

I got it. It was just a miscalculation. Thanks for the help though. Just needed to solve for the following \( \huge \left[\begin{matrix}i&j&k\\1 & -2&3 \\ 0 & 1&1\end{matrix}\right] \)

rvc (rvc):

Okay :) good job @Nixy

OpenStudy (anonymous):

@appleduardo

TheSmartOne (thesmartone):

@CaptainLlama49 False advertising? Nixy does hand out OwlBucks to users who help her, so I don't know what you're talking about... If you can't help with the question, then refrain from posting on the post.

OpenStudy (anonymous):

Thank @TheSmartOne

OpenStudy (anonymous):

OWLBUCKS coming your way RVC

OpenStudy (anonymous):

lmao

rvc (rvc):

Thank you :)

rvc (rvc):

i got it :) She kept her promise @CaptainLlama49

OpenStudy (anonymous):

YW :-D @rvc

OpenStudy (anonymous):

I guess you were serious about the owl bucks. Sorry ms.pirate :/

TheSmartOne (thesmartone):

I've helped Nixy before too, and she does give them :)

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