Three point charges of +2μC, +3μC and +4μC are at the vertices of an equilateral triangle ABP, respectively, having sides of 10cm. What is the resulting force R acting on the +4μC charge?
the hint in class is to use the law of cosines
this is how i set it up
force acting on 4uc from...
Hello everyone, I'm confused on how you find the distance between the charges. They want you to find the force on q3 due to q1 and q2. They are arranged in an equilateral triangle. It looks like:
2
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|....(q3)
|
1
|
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(q1)-------1--------(q2)...
Three charges reside on an equilateral triangle with sides equal to d. All three charges are equal in magnitude and sign.
What is the magnitude of the force F' on one of the three charges q due to the total electric field from the other two charges q on the corners of the equilateral...
If A=x^2 and 2y-3x=12, express A as a function of y.
i got A= 4/9y^2 - 2/3y + 20
is that right?
and
Express the area of an equilateral triangle as a function of its side.