Like I understand both curves intersect at x as they are the inverse and its way too hard to find the inverse but using x instead of the inverse wont give u the correct shaded area
I just started learning this topic so please don't laugh at me if you find this question easy but I can't do any of these .....
Can you guys please help me out with this entire question??
I stumbled upon this question from the MANSW textbook. It is part g) and h) that are troubling me
What does three of a kind mean?
And how do I do those parts?
The question basically is:
Find the shortest distance between lines r = i+2j+3k + lambda (2i+j+4k) and r = 2i+4j+5k + mu (3i+4j+5k).
I don't get these sort of questions and I really need help. Can someone give me a solution that doesn't involve the use of matrices please.
The question was asking: Prove the following statement using either direct or contrapositive proof: If n is an integer then 4 does not divide n^2-3
Here is my working out:
let n^2 - 3 = 4m
By way of contradiction assume n^2 - 3 is rational, ie; n^2 - 3 = a/b (BTW in the funky looking...
I came across an integral that my teacher gave me to do. I have an answer but am unsure if my answer is correct. Other softwares (wolfram alpha and symbolab) are giving me different answers, but I suspect they are algebraically equivalent since they probably have different constants of...
I am really confused for the following proof question and am unsure where to start (I don't really get the hint)
I would really appreciate it if anyone helped me out with this question
I am just wondering if anyone can have a look at my solution to the following proof question:
Question: "Prove by contradiction that there exists no 'n' that is an element of the natural numbers, such that n^2 + 2 is divsible by 4"
My Solution:
By way of contradiction assume their exists...
I am pretty confused with my solution to this integration proof question. I feel like it isn't the right way to prove it.
d/dx (uv) = u(dv/dx)+v(du/dx)
take the integral with respect to x of both sides:
uv = ∫ u(dv/dx ) dx + ∫ v(du/dx) dx
therefore,
∫ u(dv/dx ) dx = uv - ∫ v(du/dx)...
Hey all,
Hope everyone has been well. I am advertising for my father who has availability for more students to tutor. A little about himself:
- Numerous past/current students have been from a variety of selective schools such as James Ruse, North Sydney Boys and Girls, Baulkham Hills...etc.
-...
Hello members of BOS !
Currently doing Mathematics Extension 1, knowing that it will never make it into my 10 best units, should i drop it?
Some factors i am considering right now:
I wish to get into an engineering course when i graduate, and in most universities it is recommended that i do...