Recent content by Zeta2

  1. Z

    Tex on Nexus 7: Why Aren't Characters Showing?

    Well I am using the app you guys have on the market. If I use the web, all is well and I can see it, but not through the physics forum app
  2. Z

    Tex on Nexus 7: Why Aren't Characters Showing?

    I'm using nexus 7 and the characters aren't showing. Instead I see the TeX syntax. Why is this?
  3. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    Yeah I just realize that was my problem and hence what just happened with the 1.5 Capcitence :(
  4. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    Yeah just did the same thing and got 1.65202 myself. :) just needed to keep my numbers in order! Thank you guys! :) for the charge on the 1.5 Cap, I got 1.40...my reasoning is sloppy...
  5. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    Yeah, I just realize some of the things I've done are redundant and that's sort of piled to the point where I got caught under my own redundancy! LOl. However what I did was essentially what he did.
  6. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    Yeah, use the fact that the the sum of the charges =V*Ceq? Edit: I think I also see the error of my way! the next update shall be my complete answer!
  7. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    Yeah, that's what I did but I'm very sloppy with my notes. I'ma work this whole problem out again neatly when I'm done with these mechanics questions.
  8. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    What I did was first made an equivalence capacitor between the 5.3 and 6.7 C's they are in series so Ceq =(1/5.3 +16.7)^-1 =2.959. In that the charge for the 5.3 Cap was 2.7, then the 6.7 has to have the same, and the total charge for the Ceq capacitance would be 2.7. then I reduced the 3.3 and...
  9. Z

    VCalculate the potential difference (in volts) between the terminals of the battery

    I reduced to equivalence capacitance and found the potential difference between the nodes based on what was provided using the rules of parallel and series and my final answer doesn't match the answer given. I have a test in two days and have been studying this along with other subjects. Could...
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