Simple vector distance one vector of length 4 is touching the tail of another vector of length 2. what is the distance between them. *see picture
i'm going through some examples in this book while i'm on vacation. this book wants me to actually physically measure this distance, which is rediculuous. I just don't have my vector calc book on me and am having trouble remembering if it's even possible to calculate this distance with the information given.
if you had an angle then yes, if not I couldn't think of a way how to approach that problem.
If i do recall correctly, i would add the magnitudes of each vector and then take the square root since it is the longest distance between them. but I then thought about the angles these could have beween them and so i don't this is correct.
ya, you're probably right @Spacelimbus . I just have this feeling that i swear i've done something like this before but i just don't have any of my material to look it up. Oh well. Thanks. :D
yes, I understand that @agentc0re, I believe the main point is that this triangle is not unique the way they defined it, even for vector calculus. |dw:1344718922080:dw|
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