I am not sure if this is what you meant but here goes:
$$\lim_{x \rightarrow +\infty} {\frac {x} {\sqrt{a^2 +x^2}}}$$
$$\lim_{x \rightarrow +\infty} {\frac {(\frac{1}{x})x} {\sqrt{\frac{1}{x^2}}\sqrt{a^2 +x^2}}}$$
$$\lim_{x \rightarrow +\infty} {\frac {1} {\sqrt{(\frac{1}{x^2})(a^2...
Homework Statement
A wire carrying a current I in the positive x direction is located along the x axis. The wire is of finite length and is located between x = -L and x = L. Find the magnetic field at a field point located a distance a away from the wire.
Homework Equations
Biot-Savart law...
Well I would like how to know how to represent any number in such a way. Say my number is 010. If I take the two's complement of the number then I get 110 which is -6. How can I represent 110 in an eight bit register or a 16 bit register and so on.
Homework Statement
I want to know how to insert a 2's complement number into a larger register and keep the same value. I would like to know of some pitfalls that I might run into using a generalized method, if any.
Homework EquationsThe Attempt at a Solution
If I have say 1 in a 3 bit...
I would simply like to know: Given a lossless transmission line with a certain characteristic impedance Z terminated in a load L. How can I go about computing the fraction of the time average incident power arriving that is dissipated in the load? Is this possible without knowing the voltage or...
So I am studying Gauss's law and I am a bit confused about something. If I am asked to compute the volume or surface charge density of a solid perfectly conducing sphere with a charge Q and radius r, what is being asked of me? Am I just being asked to compute the volume of a sphere and multiply...
So the HW is actually about calculating the junction depth of phosphorus diffusion into a p-type wafer however that is not the problem I am having. The problem I am having is that the book tells me to calculate the erfc(#). However, my calculator does not seem to have an erfc function. In the...
Hello everyone. So I have a test coming up and I am struggling with the concept of figure out what the initial phase or angle of a transfer function is. For instance, consider the following transfer function:
L(s) = 4/s(.4s+1)(s+2)
So the initial angle for L(s) is -90 degrees. Is there a...
I am confused, let me see if I can't clear up what I did.
H(s) = \frac{s-10}{{s}^{2}+20s}
\lim_{{s}\to{\infty}}(H(s)) = 0
\lim_{{s}\to{0}}(H(s)) = \frac{-10}{0} (undefined) <- Can I use l'hopital rule on this?
Lets say I can use l'hopital rule then:
\lim_{{s}\to{0}}(H(s)) = .05
This is the...
Here is my transfer function, G(s) = 1/(s+1). I know this will be a half parabola looking output with a unit step input whose initial value will be 0 and final value will be 1. I got the initial value by takeing the limit of the function at inf and the final value by taking the limit of the...
Hey there guys! So I recently decided to take a CS course. One of my HW questions asks me to form a regular expression given a DFA. Now I have actually never ran into DFA's before but I do have some experience with finite state machines. My question is this: Is the regular expression formed from...
Right moments after posting this I found an equation for the B of a solenoid. I then found i for the inductor based on the given time and was able to find the stregth of B from that.