View is an option in the plot command.  In order to use these options, you still have to enter in the original command correctly.  For plot, that means you have to enter something like plot(f,x) or plot(f, x=x0..x1), so that's why you need the x=0..5 part.

I'm not sure how many points you are expecting, but you have 4 elements in your list.  One possible solution would be to have i=1..npile-1.  This will get you 3 sets lengths instead of 4.

I'm not sure how many points you are expecting, but you have 4 elements in your list.  One possible solution would be to have i=1..npile-1.  This will get you 3 sets lengths instead of 4.

Your best bet might be to contact Technical Support.

I don't think anything was cut off.  He is simply telling you to look at the command algsubs.

I don't think anything was cut off.  He is simply telling you to look at the command algsubs.

I'm sure there are other ways, but you could do a simple for loop

for i from 1 to n^2 do;

solve(eqs[i]);

end do;

I'm sure there are other ways, but you could do a simple for loop

for i from 1 to n^2 do;

solve(eqs[i]);

end do;

In Maple 13, you can attach units to your 2D/3D plots rather easily.

plot3d(sin(x)+cos(y), x = -5 .. 5, y = -5 .. 5, axes = framed, useunits = [Unit('rad'), Unit('rad'), Unit('m')])

You can also just use labels just like in 2D plots as well.

As for getting kg/m^2 to be displayed all in one line on the plot...I'm not sure if that can be done.  You can get it displayed in 1D by typing in "kg\/m^2."

In Maple 13, you can attach units to your 2D/3D plots rather easily.

plot3d(sin(x)+cos(y), x = -5 .. 5, y = -5 .. 5, axes = framed, useunits = [Unit('rad'), Unit('rad'), Unit('m')])

You can also just use labels just like in 2D plots as well.

As for getting kg/m^2 to be displayed all in one line on the plot...I'm not sure if that can be done.  You can get it displayed in 1D by typing in "kg\/m^2."

Hmm...well, I took the question as to how do you remove the brackets/parentheses, and if I remove the square brackets, the brackets/parentheses are gone.

plot(x^2, x = 0 .. 5, labels = [x, `°`(theta, C)])

Either way, he should have plenty of options now.

Hmm...well, I took the question as to how do you remove the brackets/parentheses, and if I remove the square brackets, the brackets/parentheses are gone.

plot(x^2, x = 0 .. 5, labels = [x, `°`(theta, C)])

Either way, he should have plenty of options now.

Please do not spam the discussion board by posting the same question multiple times.  This question has already been started in a separate thread.

The simplest answer is usually the correct one...just take off the brackets :)

The simplest answer is usually the correct one...just take off the brackets :)