  # daniton

Senior Members

151

## Community Reputation

13 Neutral

• Rank
Baryon
• Birthday 08/25/1995

## Profile Information

• Interests
Science, Mathematicas, Philosophy and Music
• College Major/Degree
Electrical Engineering
• Favorite Area of Science
Physics
• Biography
Skeptical

## Contact Methods

• Skype
Dan17on
1. Listen to Lord Finesse - Bad mutha ´90 by huube #np on #SoundCloud https://t.co/MYGCMeB3yD

2. Hey Guys, Lately I have been trying to self teach myself Objective C and trying to dig up and collect resources. I have collected a bunch of books and some videos from Lynda.com. Hopefully you guys might know a lot about Objective C and help me out here. So, I was wandering a good reference to help me learn this.
3. I know there are as many Atheists here as Theists in this forum. Anyway I'm here to ask what's your favourite Atheism Book? mine - "The God Delusion" by Richard Dawkins and "A Manuel for Creating Atheists" by Peter Boghossian
4. Hello Guys, I've been away for a while for some reason. It's good to be back. Anyway, Chikis I understand from your question that you just have to find the inner most angles and the remaining side of the triangle formed by point P,Q and R using the Trigonometric Laws( Cosine and Sine Laws as your wish). I hope you know them. Studiot explained you very briefly what bearing is. You just have to interpret the angles you find to bearings.
5. You could also solve considering that the two quadratics have come root -1 since there is a hole at x= -1 and as given x-4 (because x= -4 is a vertical asymptote) is also the root of the quadratic which is denominator. Now we have 3 of 4 linear functions needed 2 for the denominator and 1 for the numinator with one left. We could find this using the two givens the intercept and the limit by assigning the expression aX + b..... then evaluate the what has been asked.. the function (aX + b)( X+1)/( X+1)(X-4)
6. Why don't you try substituting m=n+d where d is some constant and solve the resulting equation.
7. I think the case is solving the deferential equation: F(v)=MVdV/dx = CV^2
8. Could you tell us how you do it so far so that we could know where to begin.
9. Actually finding the domain of a function is pretty easy. You don't have to calculate the derivative of the functions just only smart moves. First logarithmic function only works for positive values except the domain is complex numbers. So this is more than enough for your question.
10. ## What is the estimate of the standard deviation of the sampling distribution of sample proportion for whenever?

11. Check this http://it.stlawu.edu/~jahncke/clj/cls/317/RLCResonance.pdf