Here, you are going to use Thévenin’s theorem to find Vo, before that, you must answer the following questions step by step... if Vs=100 Volt; R1=10K ohm; R2=13K Ohm and Ro=20K ohm; answer the following: After opening the circuit around Ro, the value of the current Ix (A) at this step is: Answer 1 Choose... After opening the circuit around Ro, and according the the value of Ix you got, the value of Vx (V) at this step is: Answer 2 Choose... Now, you can find the value of Vo.c. or V_thevenin (V) as: Answer 3 Choose... using the Test source method to find Rth, place a voltage source as a test source and make it’s value to be equal to Vs as stated in the problem (the polarity of the voltage source is (+) at the top and (-) at the bottom)... the value of the test source current I_test (A) is: Answer 4 Choose... Now, according to the test source method, the value of Rth (ohm) is: Answer 5 Choose... According to the thevenin equivalent circuit you got, the value of Vo is: Answer 6 Choose.
Here, you are going to use Thévenin’s theorem to find Vo, before that, you must answer the following questions step by step...
if Vs=100 Volt; R1=10K ohm; R2=13K Ohm and Ro=20K ohm; answer the following:
After opening the circuit around Ro, the value of the current Ix (A) at this step is:
Answer 1
Choose...
After opening the circuit around Ro, and according the the value of Ix you got, the value of Vx (V) at this step is:
Answer 2
Choose...
Now, you can find the value of Vo.c. or V_thevenin (V) as:
Answer 3
Choose...
using the Test source method to find Rth, place a voltage source as a test source and make it’s value to be equal to Vs as stated in the problem (the polarity of the voltage source is (+) at the top and (-) at the bottom)... the value of the test source current I_test (A) is:
Answer 4
Choose...
Now, according to the test source method, the value of Rth (ohm) is:
Answer 5
Choose...
According to the thevenin equivalent circuit you got, the value of Vo is:
Answer 6
Choose...
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