(Solved): For questions 5-8, use Kirchoff's rules for the circuit shown in the image below: Which equatio ...

For questions 5-8, use Kirchoff's rules for the circuit shown in the image below: Which equation correctly represents the junction labeled (J)? A. $$2/1?3/2?5/3=0$$ B. $$2/1+3/2+5/3=0$$ C. $$/1=/2?13$$ D. $$/1+13=12$$ E. $$11=12+13$$ QUESTION 6 Which equation correctly represents the voltages in loop 1 ? A. $$4?2/1+3/2=0$$ B. $$4+2/1?3/2=0$$ C. $$4?2/1?3/2=0$$ D. $$2/1+3/2=0$$ E. $$4+2/1+3/2=0$$ Which equation correctly represents the voltages in loop 2? A. $$?5/3+3/2=0$$ B. $$?5/3+3/2=4$$ C. $$2/1+5/3=0$$ D. $$2/1=5/3$$ E. $$4=3/2$$ QUESTION 8 Which equation correctly represents the voltages in the outside loop (ignoring the $$3?$$ resistor)? A. $$?4+2/1?5/3=0$$ B. $$4?2/1?5/3=0$$ C. $$4+2/1?5/3=0$$ D. $$4+2/1+5/3=0$$ E. $$4=5/3$$