Hi, I am trying to identify the independent and dependent variables in the following experiment:
Two groups of patients (Epileptic and Normal) are exposed to varying wavelengths of light and their neural response is quantified and recorded.
I am using...
I'm trying to create a table with three separate columns using fprintf(). The first column consists of a height vector h = 0:500:10000 and the second and third columns are part of the matrix Distance.
I've tried looking online and I can't seem to find a way to make the vector and the matrix...
Homework Statement
Locate and classify the critical points of f(x,y) = (x-y)(xy-1).
Homework Equations
The Attempt at a Solution
I found the partial derivatives with respect to x and y and I got:
∂f/∂x = -y2+2xy-1 ∂f/∂y = x2-2xy+1
After setting them both equal to zero I can't...
So far, all I understand is that the definition proves that there's a value of f(x,y) as f(x,y) approaches (x0,y0) which is sufficiently close to but not exactly the value at f(x0,y0). I am probably completely off... but I just don't understand the purpose of proving this. I also don't...
So I've been searching on the internet and in my textbook and I can't find a simple enough explanation of the Laplace transform of a product of functions. Is it absolutely necessary to evaluate the integral using different methods or is there an easier way?
I am debating whether or not I can pull off taking Organic Chemistry II, Multivariable and Engineering Statistics during the 6 week summer term.
I need to do this if I want to stay on track with all my other engineering courses.
Any advice?
This one's a little different from my book but it uses the same ideas, I think you meant to write 1/x when substituting for the dx/dt.
Thanks, for some reason I have trouble understanding differentiation notation, that was my only problem. Now it's clear.