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Got it thanks
Taylor Series --> Maclaurin Expansion
Thanks , this is so interesting. I will explore.
I appreciate your inputs.
Thanks
Nakul
Hmm ok.
In which case would it be applicable?
Hi,
For problem no 6, I am taking a different method.
The general term for this is = n/ (n+1)^2.
Now to find the sum of the first 6 terms = integration this general term from 0 to 6.
What am i doing wrong?
Integration of
n/ (n+1)^2 = ln (n+1) + 1 / (n+1) + C
yes the lower one
Can anyone help solve this limit.
Thanks
Lim x-->0, [1 - (x^2)/2) - Cos ( x / (1 - x^2 ) ) ] / x^4
sinθ + cos θ = x and sinθcosθ=y
substituting we get
x^3 - 6.4x^2+x+8.4=0
Solve for x, so x = -1, 1.4 & 6
Hope this helps...
Sin2θ = -1, 0.96, 26
Thanks it worked :-)
Hi;
622. Evaluate:
.
Hi, Can someone show me the working for the above question?
Thanks
Nakul
Hi can you suggest a good charting software, i am trying to plot conic section, intersection of cylindrical cones and a plane. If you can suggest a good charting software that would be great. I tried Asymptote and geogebra... not working out for me.
thanks
Where are these used? In Physics?
yes - silly mistake in my calculation :-)
X= (4a-1)b/5 and Y=(4b-a)/5b
Thanks Bob, I will look into it.
Hi BobbyM, so any thoughts how come the answer to this is said to be 3. Some videos on the web show the working but it is actually not solved, it is more like back calculation.
Also in this what is meant by -1, any thoughts.
Not related, but conspiracy theorists would see a link
:-)
http://qz.com/627467/china-just-announced-one-of-the-largest-single-layoffs-in-history/
This is a good resource for rotation of axis in conic section ... http://math.sci.ccny.cuny.edu/document/show/2685
The significance of the xy term is that it tells about the rotation of the figure (ellipse), in this case as the xy is not equal to zero it is (the ellipse) is not parallel to either axis, x or and y.
Thanks, I will go thru these.
In the question that I had mentioned, what is the significance of the xy term in the equation? Can you suggest.
Ok, can you point me to some online / resource where I can read and practice more on the conic section.