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14 godz. temu · Determine the work done \( W \) in moving a charge \( q \) from a distance \( r_1 \) to \( r_2 \) from the charge \( Q \). The work done against the electrostatic force is given by the integral of the force over the distance: \[ W = \int_{r_1}^{r_2} F \, dr \] Step 3/6
14 godz. temu · VIDEO ANSWER: We can draw two more circles for drained and undrained conditions. They'll work sigma one minus three on the table. The values here are supported by sigma three sigma one. sigma one will be 4 47 1 67 95, and sigma three will be 46 89
