Write the Wheatstone Bridge experiment in the GNU OCTAVE program.

---R1 and R3 values Assign random integer values from the range [10,30]

----Assign the Rx value we are trying to find a random number in the range again (but don't look at that).

------Those who used the rheostat before you [0,50] They left a value in the range, so you define this R2 value this way.

-----Which is the potential difference applied to the circuit Set the Vs value to 30 V.

------Write a VG (R1, R2, R3, Rx, Vs) function that accepts the values of R1, R2, R3, Rx, Vs as parameters, processes it and returns VG.

-----Rheostat value R2nd playing with, we read in galvanometer VG by looking at the values ** systematically ** VG makes zero (or nearly zero) R 2nd Find the value.

-----After finding the value of I3, calculate the Rx value from the equation above, compare it with the value you randomly calculated at the beginning. (The difference 10-5 must be less than)

----Plot the VG values you get by changing the value of R2 from 10 to 30.

-----Assuming that R1 is also a rheostat, Plot a three-dimensional VG plot corresponding to different R1 and R2 values in the range [10,50] .