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What is the stamin of the electric field in ~ the position suggested by the period in the figure? 0 votes Step 1:

Observe the figure:

The two allude charges space positive, therefore  The angle of the field at the period from the peak charge is .

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The angle of the ar at the period from the botton charge is .

Electric field due to charged bit is , where is the permittivity of free space . is the charge of the electron. is the distance in between the two point charges.

Step 2:

The distance between the top charge and the period is .

For the charged fragment along peak surface is .   The distance in between the bottom charge and also the period is .

For the charged fragment along peak surface is .   Step 3:

Find the net electric field. is amount of horizontal and vertical components.

Find the sum of horizontal components. Find the amount of upright components. Therefore .

Find the size of electric field strength. Strength the the electrical field is Find the direction of electric field.  Direction of electrical field is above the -axis.

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Solution:

Strength that the electrical field is Direction of electrical field is over the -axis.