(A) Use Kirchoff's Laws to solve for the theoretical currents and voltage drops for the circuit...

 

 

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(A) Use Kirchoff's Laws to solve for the theoretical currents and voltage drops for the circuit in Figure . Show your calculations. Be neat. Solve your equations both algebraically (by hand, using pencil and paper) and with the MATLAB computer program. If you don't know how to use MATLAB then use your TI89 or equivalent to solve the set of linear equations. Make a table showing that your MATLAB or TI89 results are the same as your results done by hand with pencil and paper. Show your equations in a matrix form, [V] = [R] [I] Submittal: Your response should contain your hand calculations, and matrix output 1.5 V 2.2 1.5 3.3 3.0 V (A) Use Kirchoff's Laws to solve for the theoretical currents and voltage drops for the circuit in Figure . Show your calculations. Be neat. Solve your equations both algebraically (by hand, using pencil and paper) and with the MATLAB computer program. If you don't know how to use MATLAB then use your TI89 or equivalent to solve the set of linear equations. Make a table showing that your MATLAB or TI89 results are the same as your results done by hand with pencil and paper. Show your equations in a matrix form, [V] = [R] [I] Submittal: Your response should contain your hand calculations, and matrix output 1.5 V 2.2 1.5 3.3 3.0 V