How to change the values of both axes

I am trying to change the values of both axes from scientific notation to general form but I don't know how

Below is my code:

%Define variables
sigma = 35*10^6;
young_modulus = 90*10^9;
strain_coefficient = 6*10^-9;
magnetic_field = linspace(0, 160000);

%Function
stress = (sigma/young_modulus) + (strain_coefficient*magnetic_field);

%Create Plot
plot(magnetic_field, stress)
xlabel('Magnetic Field Intensity (A/m)')
ylabel('Microstrain (m/m)')
title('Microstrain vs. Magnetic Field Intensity')

This is the result I am looking for:

Answer 1

[Star Strider]

There are ways to change the exponent display of the axis rulers using the NumericRuler Properties, however that is not necessary here. Just multiply the plot arguments by the appropriate scaling factors —

%Define variables
sigma = 35*10^6;
young_modulus = 90*10^9;
strain_coefficient = 6*10^-9;
magnetic_field = linspace(0, 160000);

%Function
stress = (sigma/young_modulus) + (strain_coefficient*magnetic_field);

%Create Plot
figure
plot(magnetic_field, stress)
xlabel('Magnetic Field Intensity (A/m)')
ylabel('Microstrain (m/m)')
title('Microstrain vs. Magnetic Field Intensity')

figure
plot(magnetic_field*1E-3, stress*1E+6)
xlabel('Magnetic Field Intensity (kA/m)')
ylabel('Microstrain (\mum/m)')
title('Microstrain vs. Magnetic Field Intensity')

Make appropriate changes to get different results.

.

[Yu Xian Lim]

Is there a reason why we put "figure" in the code?

[Star Strider]

The figure command opens a new figure window. Otherwise, the second plot would overplot the first plot, obliterating it, and it would not show.

Here, my intent is to show the first plot as originally was, and the second plot after re-scaling the variables and editing the axis labels to correctly describe the units of the re-scaled variables, as requested.

.

[Yu Xian Lim]

got it! thanks!

[Star Strider]

As always, my pleasure!

.

Answer 2

[Chunru]

%Define variables
sigma = 35*10^6;
young_modulus = 90*10^9;
strain_coefficient = 6*10^-9;
magnetic_field = linspace(0, 160000);
%Function
stress = (sigma/young_modulus) + (strain_coefficient*magnetic_field);
%Create Plot
plot(magnetic_field/1000, stress*1e6)
xlabel('Magnetic Field Intensity (kA/m)')
ylabel('Microstrain (\mu m/m)')
title('Microstrain vs. Magnetic Field Intensity')
h=gca;
% Turn off the exponents
h.XAxis.Exponent=0;
h.YAxis.Exponent=0;

[Yu Xian Lim]

Is there a reason why we need these lines:

h=gca;
% Turn off the exponents
h.XAxis.Exponent=0;
h.YAxis.Exponent=0;

I tried it without these lines and it works the same?

[Chunru]

This is to turn off the exponents if you have different values for two axes.