Question

All questions below are based on this overall problem. In this problem you sometimes have to rely on one of your previously found results. For the circuit below we have the following voltages and currents given 17 1V I 3 6 VA DİVo

I_6=-5A

I_7=6A

V_C = -7V

V_D = -7V

A.) For each element calculate the power and clearly state whether the assumption in question 2.7 is correct or not.

For each element write a single line like this (replace "element" by the appropriate indices for the element, current through the element and voltage across the element, then insert the values you have found, and display the final result ("power")) Then write "assumption correct: yes" or assumption correct: no" after your equation

$P_{\mathrm{element}} = V_{\mathrm{element}} \cdot I_{\mathrm{element}} = {\mathrm{Voltage}}_{\mathrm{element}} \cdot {\mathrm{Current}}_{\mathrm{element}}= {\mathrm{Power}}_{\mathrm{element}} \qquad {\mathrm{assumption}} \, {\mathrm{correct:}} \,{\mathrm{yes/no}}$

B.) Use the Rule of Conservation of Power to show that the power is conserved within the circuit.

Write the equation first symbolically then insert the found values. Use Units!

Is the power conserved?

Need help on part A & B, please.

Answer 1