+ Activity 2 Frequency VR(V) (Hz) 1Hz 10 VL (V) VRL (V) VRL(V) VR2+VL2 (V) 200 % difference 66.667% 10 10 100 Results: I

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+ Activity 2 Frequency VR(V) (Hz) 1Hz 10 VL (V) VRL (V) VRL(V) VR2+VL2 (V) 200 % difference 66.667% 10 10 100 Results: I

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Activity 2 Frequency Vr V Hz 1hz 10 Vl V Vrl V Vrl V Vr2 Vl2 V 200 Difference 66 667 10 10 100 Results I 1
Activity 2 Frequency Vr V Hz 1hz 10 Vl V Vrl V Vrl V Vr2 Vl2 V 200 Difference 66 667 10 10 100 Results I 1 (32.94 KiB) Viewed 35 times
+ Activity 2 Frequency VR(V) (Hz) 1Hz 10 VL (V) VRL (V) VRL(V) VR2+VL2 (V) 200 % difference 66.667% 10 10 100 Results: Is the sum of the square of the maximum voltages across R and L, VR? + VL?, equal to the square of the voltage across both elements, VRL2 in agreement with Eq.2? *** Eq. 2 says Vo = V R + V OR
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