You can move a free vector anywhere you’d like as long as you don’t change its length or direction, and it remains the same vector. But in many physics and engineering problems, you’ll be dealing with vectors that apply at a given location; such vectors are called [...]
Answer
“bound” or “anchored” vectors,
Tags
#calculus #mathematics #tensors #vectors
Question
You can move a free vector anywhere you’d like as long as you don’t change its length or direction, and it remains the same vector. But in many physics and engineering problems, you’ll be dealing with vectors that apply at a given location; such vectors are called [...]
Answer
?
Tags
#calculus #mathematics #tensors #vectors
Question
You can move a free vector anywhere you’d like as long as you don’t change its length or direction, and it remains the same vector. But in many physics and engineering problems, you’ll be dealing with vectors that apply at a given location; such vectors are called [...]
Answer
“bound” or “anchored” vectors,
If you want to change selection, open original toplevel document below and click on "Move attachment"
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Open it ctor anywhere you’d like as long as you don’t change its length or direction, and it remains the same vector. But in many physics and engineering problems, you’ll be dealing with vectors that apply at a given location; such vectors are called <span>“bound” or “anchored” vectors,<span><body><html>
Original toplevel document (pdf)
owner: shihabdider - (no access) - A Student's Guide to Vectors and Tensors, p12
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