As shown in the figure, a point charge q1=+1×10−6C is placed at the origin in x-y plane and another point charge q2=+3×10−6 is placed at the co-ordinate (10, 0). In that case, which of the following graph(s) shows most correctly the eletric field vector in Ex in x-direction?

As shown in the figure, a point charge q1=+1×10−6C is placed at the

1.	As shown in the figure, a point charge q1=+1×10−6C is placed at the origin in x-y plane and another point charge q2=+3×10−6 is placed at the co-ordinate (10, 0). In that case, which of the following graph(s) shows most correctly the eletric field vector in Ex in x-direction?
Answer» As shown in the figure, a point charge $q_{1} = + 1 \times 10^{- 6} C$ is placed at the origin in x-y plane and another point charge $q_{2} = + 3 \times 10^{- 6}$ is placed at the co-ordinate (10, 0). In that case, which of the following graph(s) shows most correctly the eletric field vector in $E_{x}$ in x-direction?

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As shown in the figure, a point charge q1=+1×10−6C is placed at the origin in x-y plane and another point charge q2=+3×10−6 is placed at the co-ordinate (10, 0). In that case, which of the following graph(s) shows most correctly the eletric field vector in Ex in x-direction?

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