a) Show that the interconnection of the elements satisfies the powercheck.b) Find the value of the current through each of the elements usingthe values of power and voltage and the current directions...

a) Show that the interconnection of the elements satisfies the power
check.
b) Find the value of the current through each of the elements using
the values of power and voltage and the current directions shown in
the figure.

Vb +<br>ib<br>b<br>ie<br>e<br>Ve<br>id<br>ic<br>d<br>+ Vc<br>+ Pa<br>f<br>Vf<br>Vg<br>a<br>Va<br>ig<br>ial<br>

Extracted text: Vb + ib b ie e Ve id ic d + Vc + Pa f Vf Vg a Va ig ial
Element Power (kW) Voltage (V) 0.6 supplied 400 a b 0.05 supplied -100 0.4 absorbed 200 d 0.6 supplied 300 0.1 absorbed -200 e f 2.0 absorbed 500 1.25 supplied -500

Element<br>Power (kW)<br>Voltage (V)<br>0.6 supplied<br>400<br>a<br>b<br>0.05 supplied<br>-100<br>0.4 absorbed<br>200<br>d<br>0.6 supplied<br>300<br>0.1 absorbed<br>-200<br>e<br>f<br>2.0 absorbed<br>500<br>1.25 supplied<br>-500<br>

Extracted text: Element Power (kW) Voltage (V) 0.6 supplied 400 a b 0.05 supplied -100 0.4 absorbed 200 d 0.6 supplied 300 0.1 absorbed -200 e f 2.0 absorbed 500 1.25 supplied -500

Jun 11, 2022

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a) Show that the interconnection of the elements satisfies the powercheck.b) Find the value of the current through each of the elements usingthe values of power and voltage and the current directions...

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