I'm using the online program version, I fixed what you said but got another error. "Unexpected MATLAB ERROR" "MATLAB has encountered an internal problem and needs to be closed" Also my values for k arent printing out and how can I fix the figures 1

Error

I'm using the online program version, I tried fixing my erros from my previous question but got another error.

"Unexpected MATLAB ERROR"

"MATLAB has encountered an internal problem and needs to be closed"

Also my values for k arent printing out and how can I fix the figures 1 and 2 from having all the points looking jumbled together like that?

Code

%These commands clear the workspace and command window, in that order.

clear

clc

% Measured masses of spring 1, 2 and 3 measured in meters(m).

M1=[1e-6 .1 .2 .3 .4 .5 .6 .7 .8 .9]';

M2=[1e-6 .05 .1 .15 .2 .25 .3 .35 .4 .45]';

M3=[.05 .07 .09 .11 .13 .15 .17 .19 .21 .23]';

% Measured distances of spring 1, 2, and 3 measured in kilograms(kg).

L1=[.075 .085 .095 .105 .115 .125 .135 .145 .155 .165]';

L2=[.11 .145 .185 .225 .265 .305 .345 .375 .415 .455]';

L3=[.365 .455 .515 .585 .655 .735 .785 .885 .945 .995]';

g=(9.81);

L01=.19

L02=.08

L03=.1

x1 = ((1) ./ (M1 .* g));

y1 =((1) ./ (L1-L01));

x2 = ((1) ./ (M2 .*g));

y2 =((1) ./ (L2-L02));

x3 = ((1) ./ (M3 .* g));

y3 =((1) ./ (L3-L03));

G1= ones(length(x1), 1);

% G(:, 1) = b;

G1(:, 2) = x1;

k1 = G1 \ y1

G2 = ones(length(x2), 1);

G2(:, 2) = x2;

k2 = G2 \ y2

G3= ones(length(x3), 1);

% G(:, 1) = b;

G3(:, 2) = x3;

k3 = G3 \ y3

% uncertainties

sigma1 = sqrt(sum((y1-G1*k1).^2)./(length(x1)-2));

sigma2 = sqrt(sum((y2-G2*k2).^2)./(length(x2)-2));

sigma3 = sqrt(sum((y3-G3*k3).^2)./(length(x3)-2));

se11 = sigma1.*sqrt(1./((length(x1)+mean(x1)^2/((length(x1)-1)*std(x1)^2))));

se12 = sigma2.*sqrt(1./((length(x2)+mean(x2)^2/((length(x2)-1)*std(x2)^2))));

se13 = sigma3.*sqrt(1./((length(x3)+mean(x3)^2/((length(x3)-1)*std(x3)^2))));

se21 = sigma1.*sqrt(1./((length (x1)-1)*std(x1)^2));

se22 = sigma2.*sqrt(1./((length (x2)-1)*std(x2)^2));

se23 = sigma3.*sqrt(1./((length (x3)-1)*std(x3)^2));

% creating a line of best fit

X1 = [min(x1):1e-3:max(x1)]';

Y1 = k1(1,1) + k1(2,1).*X1;

X2 = [min(x2):1e-3:max(x2)]';

Y2 = k2(1,1) + k2(2,1).*X2;

X3 = [min(x3):1e-3:max(x3)]';

Y3 = k3(1,1) + k3(2,1).*X3;

SE1=sigma1.*sqrt(1/length(x1)+(X1-mean(x1)).^2./((length(x1)-1)*std(x1).^2));

Ci1=tinv(.975,length(x1)-2).*SE1;

SE2=sigma2.*sqrt(1/length(x2)+(X2-mean(x2)).^2./((length(x2)-1)*std(x2).^2));

Ci2=tinv(.975,length(x2)-2).*SE2;

SE3=sigma3.*sqrt(1/length(x3)+(X3-mean(x3)).^2./((length(x3)-1)*std(x3).^2));

Ci3=tinv(.975,length(x3)-2).*SE3;

figure(1)

clf

plot(x1, y1, 'ob')

hold on

% plotting the conidence intervals

plot (X1, Y1, 'g')

plot(X1,Y1+Ci1,'g--')

plot(X1,Y1-Ci1,'g--')

hold off

xlabel('$$\frac{1}{mg}$$','interpreter','latex')

ylabel('$$\frac{1}{l_1-l_0}$$', 'interpreter','latex')

title('Spring Constant')

print(figure(1), '-dpng', 'figure1')

figure(2)

clf

plot(x2, y2, 'ob')

hold on

% plotting the conidence intervals

plot (X2, Y2, 'R')

plot(X2,Y2+Ci2,'g--')

plot(X2,Y2-Ci2,'g--')

hold off

xlabel('$$\frac{1}{mg}$$','interpreter','latex')

ylabel('$$\frac{1}{l_1-l_0}$$','interpreter','latex')

title('Spring Constant')

print(figure(2), '-dpng', 'figure2')

figure(3)

clf

plot(x3, y3, 'ob')

hold on

% plotting the conidence intervals

plot (X3, Y3, 'y')

plot(X3,Y3+Ci3,'g--')

plot(X3,Y3-Ci3,'g--')

hold off

xlabel('$$\frac{1}{mg}$$','interpreter','latex')

ylabel('$$\frac{1}{l_1-l_0}$$','interpreter','latex')

title('Spring Constant')

print(figure(3), '-dpng', 'figure3')

Answer 1

[Image Analyst]

It's a FAQ, so see The FAQ

It will tell you how to solve it. Guaranteed.

[ktar]

Im not an expert so I dont understand still? no help at all.

[Image Analyst]

Basically it says Call Them. Only they will know how to fix it. Most likely it's a video adapter driver issue (it seems like it is in most cases). We can't drive your computer or see your screen. They can do both and they are best suited to help you. We don't control the source code or have access to the actual developers who wrote MATLAB - they do. So please call them. It's basically your only route to a solution. But basically I just repeated what the FAQ says, but I hope you'll understand this time when I say it.

[ktar]

Oh okay, so if I run this code on a regular downloaded program at my school it should work basically? It just an issue with there online version?

[Image Analyst]

Perhaps. Try it and see. Often hard crashes like that are very hardware dependent. Try the same program on different computers.