The best way to understand Matlab commands is to read each l

The best way to understand Matlab commands is to read each line slowly and then using a table write down the value for each variable you encounter. For example a column for the variable/counter \'m\' and a column for \'Vdrop\' as well as x(m). As shown in class on Wednesday, x(m) is a \'list\' of values/numbers and it is called an \'array\'. The other rule is a For Loop must be executed until the counter (\'m\') is complete/exhausted. A While Loop continues until the \'condition\' is not met. Imagine a series circuit with three resistors which we called \'hurdles\' because when the current flows through the resistor, energy is lost and there is a voltage drop as we \'jump over\' the hurdle. Now suppose we write a Matlab routine/algorithm to sum up all the voltage drops in the Circuit. FILL IN THE 8 LAN ICS IN THE MATLAB ROUTINE BELOW: % This is a comment line with the percentage symbol % There are 3 resistors, R, each with a resistance of 1000 Ohms % The battery voltage, V is 3 Volts % The current through the circuit is V = 3V divided by 3000 Ohms or 1 milliAmp (1 mA or 0.001 Amps). This is Ohm\'s Law which you will be test on in the final exam. R = ______ I = _______ For m = 1: ______ Vdrop = ________ x(m) = Vdrop _______ x

Solution

R=[1000 1000 1000]%sresitance value in the loop( ohm)

I=1*10^-3%Current in the loop in Amps

for m=1:1:3

Vdrop=I*R(m);

x(m)=Vdrop;

end

X=sum(x)