Examine your data for the dipole. Point A in Figure 26-4 is halfway between the

Question

Examine your data for the dipole. Point A in Figure 26-4 is halfway between the positive electrode and the 16.00 V equipotential, point C is halfway between the negative electrode and 4.00 V, and B is halfway between the 8.50 V and 11.50 V equipotentials. Measure the values of Delta x indicated below and calculate the E = Delta V/Delta x at A, B, and C. Figure 26-4 Point A near positive electrode, C near negative electrode, and B at center. Are the results for the E field at these points A, B, and C in the preceding question consistent with what you would expect for the relative values at these points? State your reasoning.

Explanation / Answer

A) del(V) = 4 , del(x)

the x distance is not provide, u simply need to divide the distance of the point from the equipotential point and you wull get the electric field at that point.

repeat it will B and C.

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