Explain vectors from begining to end

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Vectors are defined as entities that possess both length and direction, making them fundamental in various mathematical and physical contexts. The discussion emphasizes that adding vectors involves combining their magnitudes and directions, illustrated by the equation a² + b² = c², which relates to vector addition. Participants suggest that the complexity of vectors makes it challenging to explain thoroughly in an online forum, recommending textbooks and personal guidance from educators for a deeper understanding. An example provided is the electric field, which requires both magnitude and direction for complete description. Overall, the conversation underscores the importance of seeking comprehensive resources for mastering vector concepts.
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Can someone(s) explain vectors from beginning to end. Elaborate as much as possible. Thanks a lot guys ex. using a2 +b2= c2 in vectors
 
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I believe this question is a bit too broad to be answered in an online forum. You might consider a textbook!

- Warren
 
chroot said:
I believe this question is a bit too broad to be answered in an online forum. You might consider a textbook!

- Warren
you know what, that just might work
 
ConfederateRaider said:
Can someone(s) explain vectors from beginning to end. Elaborate as much as possible. Thanks a lot guys ex. using a2 +b2= c2 in vectors

vectors are entities that have length and direction, that is all there is to it.

If you add two vectors (as in a2 + b2 = c2) you just add the directions and lengths, so that the result is a vector with a length and direction that is the sum of the two vectors that you have added.

just learn what length and direction mean, and all will be clear...
 
ConfederateRaider said:
Can someone(s) explain vectors from beginning to end. Elaborate as much as possible. Thanks a lot guys ex. using a2 +b2= c2 in vectors
A vector is a directed line segment. I assume you know what a line is right? Take part of the line and to that add a direction so as to give it a direction. That is a vector.

For details please see - http://mathworld.wolfram.com/Vector.html

Pmb
 
Electric field is an example of a vector.

You could say "Well this electric field has a magnitude of x" but in order to fully describe it you must also state the direction in which it acts
 
Hi, confederateraider!
It's just impossible to teach you vectors through internet. The problem is that I'd be stay here(in front of computer) all day. Sorry, but I think you're "very" accommodated. You can look for textbooks in librarys. I'm sure that you'll find it.
 
ConfederateRaider said:
Can someone(s) explain vectors from beginning to end. Elaborate as much as possible. Thanks a lot guys ex. using a2 +b2= c2 in vectors

You sound quite motivated.

Dig around the library for some textbooks and see what good stuff you can find. What you may also what to do is ask a math teacher you know and see what they can recommend to you.
 

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