4. [END Points] DETAILS PREVIOUS ANSWERS SERFSE1 25.3.DP.D1IJ. M'f NOTES ASK YOUR TEACHER PRACTICE ANOTHER Conslder the circuit shown in the gure. with 61 =
4. [END Points] DETAILS PREVIOUS ANSWERS SERFSE1 25.3.DP.D1IJ. M'f NOTES ASK YOUR TEACHER PRACTICE ANOTHER Conslder the circuit shown in the gure. with 61 = 5.92 [1F and C2 = 6.?4 pF. (' coo up so: pl: c, + _ 00.0 V m {3] Find the equivalent capacltance {In ij of the svstem. _. uF {b} Find the charge [in [1le on each capacitor. 5.92 pF capacitor 6.00 pF capacitor 6.?4 pF capacitor 2.0:} pF capacitor _3( Note that the same potential difference, equal to the potential difference of the batterv, exists across both the upper and lower branches. Recall that each of the capacitors in series combination holds the same charge as that on the equivalent capacitor, and that Q = 01V. Use this information to help you determine the charge on each capacitor. pC _x Note that the same potential difference, equal to the potential difference of the batterv, exists across both the upper and lower branches. Recall that each of the capacitors in series combination holds the same charge as that on the equivalent capacitor, and that Q = 1311!. Use this information to help you determine the charge on each capacitor. |JC _x Note that the same potential difference, equal to the potential difference of the batterv, exists across both the upper and lower branches. Recall that each of the capacitors in series combination holds the same charge as that on the equivalent capacitor, and that Q = 1311!. Use this information to help vou determine the charge on each capacitor. w: _x Note that the same potential difference, equal to the potential difference of the batterv, exists across both the upper and lower branches. Recall that each of the capacitors in series combination holds the same charge as that on the equivalent capacitor, and that Q = cov. Use this information to help you determine the charge on each capacitor. w: {c} Find the potential difference {In if} on each capacitor. 5.92 |JF capacitor we 'I.I' 6.0!} pF capacitor gs 'I.I' 6.?4 pF capacitor a; 'v' zoo pF capacitor w 'v' {d} Find the total energy.r {In rnJ]| stored by the group. .a m1
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