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Electricity and Magnetism VERY Basic Questions (no calculation ones just conceptual) |
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| May7-11, 11:46 AM | #1 |
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Electricity and Magnetism VERY Basic Questions (no calculation ones just conceptual)
Yes, yes I know about the template, but these questions are so basic that I don't really know what I can show as work... Sometimes all I need for help is the relevant equation itself -.- So please don't delete or hate. Thanks!
2. http://tinyimage.net/images/50136173150204648365.png The answer is A and A explain please? 4. http://tinyimage.net/images/85261815545593376175.png umm the answer is A, and I have no idea what to use... 5. http://tinyimage.net/images/61071039590674115839.png WHAT WHY IS ISN'T IT 2uJ? THIS DEFIES PHYSICS WAHHH joking lol 6. http://tinyimage.net/images/49749004950847017201.png I'm guessing you use kirchoff's law for this... 7. http://tinyimage.net/images/00194558680517153372.png so i get why 66 is B, but why is 67 B as well?? shouldn't the graph just be the formula shown in 66? Any help would be appreciated |
| May7-11, 11:58 AM | #2 |
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| May7-11, 12:01 PM | #3 |
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| May7-11, 12:14 PM | #4 |
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Electricity and Magnetism VERY Basic Questions (no calculation ones just conceptual)2. So wait, what's wrong here: 1/2*V^2*C=1/2*6*6*(1/(1/6+1/6+1/6))=1/2*36*2=18? |
| May7-11, 12:16 PM | #5 |
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ahh is it because the angles between velocity of the particle and magnetic field is 0, thus eliminating the force? |
| May7-11, 12:24 PM | #6 |
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It is convenient to use right hand rule to find out the direction of force acting on the particle when the magnetic field vector and velocity vector are perpendicular. You may answer this question by using the equation F=q(vxB) |
| May7-11, 12:32 PM | #7 |
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| May7-11, 04:47 PM | #8 |
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hmm help me on the other ones please?
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| May8-11, 01:15 PM | #9 |
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Can't answer 5th.
For the 6th: just do it - nike For the 7th: you need to tell why are you not getting B for 67 |
| May8-11, 10:47 PM | #10 |
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| May9-11, 12:17 PM | #11 |
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