Recent content by thiefjack

Hello, all. I have a general question related to something I read in a book right now. Not taking a course so I have no professor to ask, so I come to you all! To speed things up, I have this image I took from the book: My question is if the analyzer's polarizing axis was an arbitrary theta...

Homework Statement Homework Equations Resistors in parallel and series The Attempt at a Solution I connected points which had the same potential. I'm not sure where to go from here tho.

Homework Statement I'm trying to find the internal resistance of a Voltmeter. The current is 0.212 mA which is measured by I. Rx is 7000 Ohms and the emf of the battery is 1.50 V. Homework Equations V = IR so R = V/I The Attempt at a Solution How can I start it off to find the...

Yes, the goal is to find where Flash B is located in the memory address space. However, I have no idea as to where I could start looking.

Homework Statement I'm not sure where to start with the following question. Can anyone point me in the right direction? It is part of some challenging questions I was given and I'd like to try to learn how to solve them. Assume unsigned32 X; Consider the MPC5674F processor. The 32 bit...

I got the right answer with your help, Spinnor. Thanks for the pointing me in the right direction.

Homework Statement Positive charge is distributed throughout a solid non-conducting cylinder of radius 'b ' and infinite length. The charge density increases with radius according to ρ = {ρ}_{o}({r}{^2}/{b}{^2}), where {ρ}_{o} is a constant (evidently equal to the charge density at the surface...

Hi,Forces pointing in the positive direction are written first, then subtracted by negatively pointing forces.

Hi, What do you mean you found angle measures? If they're all on a straight line, there shouldn't be any angles. Are you aware of the principle of superposition of forces? Daniel

Hi! Now that you remind me, I do remember deriving it awhile ago. Completely forgot about it. E = (2kλ/y)j Thanks for the reminder.

Homework Statement An infinitely long, uniformly charged straight line has linear charge density λ1 coul/m. A straight rod of length 'b' lies in the plane of the straight line and perpendicular to it, with its enared end at distance 'a' from the line. The charge density on the rod varies with...