lculate the voltage drop across each of the resistors. Now, store the calculated voltage drop values for all 20 resistors in a new file called resistors_voltages. Finally, read the values from the resistors_voltages file and display the output. Add comments to better understand------------- Hint Copy the values of the resistors as a numpy array, do the calculations in numpy and save the output voltages as a numpy object in a .npy file--------- File link of my_circuit https://www.drop
In this practice python problem, we will calculate the voltage drop across a series of resistors. If the total voltage across the resistors is V, then the current through the resistors will be I = V/R, where R is the sum of the resistances. The voltage drop Vx across resistor x is then Vx = I · Rx.----------- Let's suppose the values of 20 resistors (connected in series in the circuit) are stored in a text file called my_circuit.txt. Use the values of resistors from the file and calculate the voltage drop across each of the resistors. Now, store the calculated voltage drop values for all 20 resistors in a new file called resistors_voltages. Finally, read the values from the resistors_voltages file and display the output. Add comments to better understand------------- Hint Copy the values of the resistors as a numpy array, do the calculations in numpy and save the output voltages as a numpy object in a .npy file--------- File link of my_circuit https://www.dropbox.com/s/fq7rdrnzly9cfwk/my_circuit.txt?dl=0
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