Recent content by Migkiller

  1. M

    Calculators How do I graph (In TI-89 titanium) where Y is the independent Variable?

    I messed up on the link sorry. here it is. http://calcchat.tdlc.com/calcchat/printsolution.jsp?roomName=Calculus%208e%207.6%20Ex%2023&artName=se07f01023&chapFolder=07&secFolder=f&solutionPath=http://calcchat.tdlc.com/solutionart/calc8e/
  2. M

    Calculators How do I graph (In TI-89 titanium) where Y is the independent Variable?

    I'm trying your guys' suggestion but I still can't replicate the graph. This is the graph I'm trying to produce but I don't need to add the endpoint where both functions intersect. The graph is located in the link at the bottom page...
  3. M

    Calculators How do I graph (In TI-89 titanium) where Y is the independent Variable?

    Right now I'm doing Centroids in my math class. we are given two functions. X=-y and X=2y-y^2. My question is, how do I graph these two functions on my TI-89 titanium. The Y=editor is displayed as y(x). Is there a way to change it to X(y). I was able to plot it out on paper, but I use...
  4. M

    Help with a physics/calc problem involving work.

    I'm using a book called Calculus 8th ed. by Larson, Hostetler and Edwards.
  5. M

    Which has a better AE program SDSU or UCSD.

    The UCSD looks good but isn't it a little more expansive than a state school? Also, aren't the class sizes usually smaller for state schools. That is what I'm use to since I'll be coming from a JC.
  6. M

    Which has a better AE program SDSU or UCSD.

    I'm currently going to a community college in Moorpark, CA, and I plan on transfering to either SDSU or UCSD. I'm an average student with a 3.0 gpa. Also the cost of tuition is a major factor and any school that would take me with my gpa. Another factor is that I want to study abroad in germany...
  7. M

    Help with a physics/calc problem involving work.

    I asked my teacher, and because it's a math class, she said that we are to assume that mass and weight are equal.
  8. M

    Help with a physics/calc problem involving work.

    In my Calc II class, we are starting to learn applications regarding work. Now I know Work = the integral of (Force) x (Distance) dx, but the question involves a fluid. So the equation is W= Integral of F x D dx, but we replace F= (Volume) x (Density). This is were I am confuse. How does...
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