The discussion focuses on determining the positions of two charges, Q1 = -1 C and Q2 = +3 C, on the x-axis such that the electric field at x = 0 is zero. The solution involves placing Q1 at x = -1.366 and Q2 at x = -2.366, which satisfies the condition for zero electric field. The key takeaway is that while this is one valid configuration, there are infinitely many configurations that can achieve the same result, emphasizing the importance of the ratio of the x-coordinates of the charges.
PREREQUISITESStudents studying physics, particularly those focusing on electrostatics, educators teaching electric field concepts, and anyone interested in solving problems related to charge interactions and electric fields.
Yes, that is one possible answer. (There are an infinite number of sets of possible answers.)Colts said:Homework Statement
Find positions on the x-axis for the charges Q1 = -1 C and Q2 = +3 C so that the electric field is zero at x = 0.
Homework Equations
F=Eq
where E=kq/r^2
The Attempt at a Solution
I put q1 and q2 1 meter apart and then found where a third charge would go so the third charge would have a force of zero. My answer for the question is q2 at x=-2.366 and q1 at x=-1.366. Is this right?