Recent content by Mitocarta
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How do you find the electric potential from force?
Thank you. I know that dr = dr ir + dθ ir and that dr = dx ix + dy iy. How do I know in which situation to use each?- Mitocarta
- Post #3
- Forum: Introductory Physics Homework Help
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How do you find the electric potential from force?
Homework Statement Suppose Coulomb's force is actually F= (y)(q1q2)(r hat)/(r^4) with y being a constant. Find the electric potential function V(x,y) for a charge Q located at the point x=a, y=b Homework Equations Fq=E V=integral (E)The Attempt at a Solution I am very confused by this...- Mitocarta
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- Electric Electric potential Force Potential
- Replies: 3
- Forum: Introductory Physics Homework Help
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Proton NMR: why does this appear as a multiplet?
why is D not a multiplet ?- Mitocarta
- Post #5
- Forum: Biology and Chemistry Homework Help
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Proton NMR: why does this appear as a multiplet?
sorry. what about now?- Mitocarta
- Post #3
- Forum: Biology and Chemistry Homework Help
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Proton NMR: why does this appear as a multiplet?
Homework Statement It asks you to identify the shift and nature of the protons in the molecule. Picture: https://mailhost-6.tamu.edu/service/home/~/?auth=co&id=24393&part=2 Homework Equations none The Attempt at a Solution I cannot understand what makes C a multiplet...- Mitocarta
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- Nmr Proton
- Replies: 4
- Forum: Biology and Chemistry Homework Help
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Distance between point charges in equilibrium (simple)
Oh I was overlooking that! Thank you so much, got the correct answer.- Mitocarta
- Post #5
- Forum: Introductory Physics Homework Help
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Distance between point charges in equilibrium (simple)
Thank you for replying. When I switch the charges, (3.28E-6)/(0.618+x)^2 + (1.07E-6)/(x)^2 = 0 I still get an imaginary answer. Edit: Is there a way to input math in an easier to read format on this forum?- Mitocarta
- Post #3
- Forum: Introductory Physics Homework Help
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Distance between point charges in equilibrium (simple)
Homework Statement Two fixed charges, +1.07 uC and -3.28 uC, are 61.8 cm apart. Where may a third charge be located so that no net force acts on it? Homework Equations Coulombs law The Attempt at a Solution q1 = 1.07 uC q2 = -3.28 uC q3 = q q1 ----- q2 ----- q q1 and q2...- Mitocarta
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- Charges Equilibrium Point Point charges
- Replies: 4
- Forum: Introductory Physics Homework Help