For the circuit in Figure below, constructed of standard value resistors a. Find the total resistance,...

 

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For the circuit in Figure below, constructed of standard value resistors a. Find the total resistance, current, and voltage across each element. b. Find the power delivered to each resistor. e. Calculate the total power delivered to all the resistors d. Find the power delivered by the source. e. How does the power delivered by the source compare to that delivered to all the resistors? 1. Which resistor received the most power? Why? g. What happened to all the power delivered to the resistors? R₁ R₂ www 3k0 1k0 8V 120 V Determine the current 1 and its direction for each network in Figures (a) and (b) below. Before solving for I, redraw each network with a single voltage source (equivalent). +16V- 4701 ww 2k0 川 5.60 ww - 18V + 5.60 ww w 470 lit - 12V + 120 For the circuit in Figure below, constructed of standard value resistors a. Find the total resistance, current, and voltage across each element. b. Find the power delivered to each resistor. e. Calculate the total power delivered to all the resistors d. Find the power delivered by the source. e. How does the power delivered by the source compare to that delivered to all the resistors? 1. Which resistor received the most power? Why? g. What happened to all the power delivered to the resistors? R₁ R₂ www 3k0 1k0 8V 120 V Determine the current 1 and its direction for each network in Figures (a) and (b) below. Before solving for I, redraw each network with a single voltage source (equivalent). +16V- 4701 ww 2k0 川 5.60 ww - 18V + 5.60 ww w 470 lit - 12V + 120