I am trying to solve improper integrals using Maple. I need to choose at least one from attached and I am leaning towards number 26 but I am having trouble. I am new to Maple and have no idea where to even begin. Please provide the correct steps needed to get to the right answer.

Hi there:

i use Grid:-Map() to run some code on many cores. When I set

Grid:-Setup(numnodes=23);

everything runs fine. When I set (note I have 28 logical cores present):

Grid:-Setup(numnodes=24);

I get the "stack limit reached" message (see attached image below). I've explored setting stack limits to 'unlimited' at the OS level (ubuntu 18.04), as well as setting

kernelopts(stacklimit=infinity)

However, these do not help, and I still end up with the same message.

Any ideas what could be the problem? Also, I am assuming that kernelopts settings get passed to other, spawned kernels, but even if not, I experimented with setting this directly inside the function that gets passed to Grid:-Map()

thanks

a:=sin(theta3(t))*(diff(theta3(t), t))^2*cos(theta1(t))*l1*l3*m3+sin(theta3(t))*(diff(theta3(t), t))^2*cos(theta1(t))*l1*l3*mi+sin(theta3(t))*(diff(theta3(t), t))^2*cos(theta1(t))*l1*l3*m4+l1^2*m2*(diff(theta1(t), t, t))-sin(theta3(t))*(diff(theta3(t), t))^2*cos(theta1(t))*l1*lc3*m3+sin(theta4(t))*(diff(theta4(t), t))^2*cos(theta1(t))*l1*l4*mi+sin(theta4(t))*(diff(theta4(t), t))^2*cos(theta1(t))*l1*l4*m4-sin(theta4(t))*(diff(theta4(t), t))^2*cos(theta1(t))*l1*lc4*m4+sin(theta6(t))*(diff(theta6(t), t))^2*cos(theta1(t))*h2*l1*ml+sin(theta6(t))*(diff(theta6(t), t))^2*cos(theta1(t))*h2*l1*m3+l1^2*ml*(diff(theta1(t), t, t))+l1^2*mr*(diff(theta1(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*l2*ml*(diff(theta2(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*l2*mc*(diff(theta2(t), t, t))+sin(theta5(t))*sin(theta1(t))*h2*l1*mi*(diff(theta5(t), t, t))-cos(theta3(t))*cos(theta1(t))*l1*l3*m4*(diff(theta3(t), t, t))+cos(theta5(t))*cos(theta1(t))*h2*l1*mc*(diff(theta5(t), t, t))+sin(theta6(t))*(diff(theta6(t), t))^2*cos(theta1(t))*h2*l1*mi+sin(theta6(t))*(diff(theta6(t), t))^2*cos(theta1(t))*h2*l1*m4-sin(theta5(t))*(diff(theta5(t), t))^2*cos(theta1(t))*h2*l1*mi-sin(theta5(t))*(diff(theta5(t), t))^2*cos(theta1(t))*h2*l1*m4-sin(theta5(t))*(diff(theta5(t), t))^2*cos(theta1(t))*h2*l1*m3-sin(theta5(t))*(diff(theta5(t), t))^2*cos(theta1(t))*h2*l1*mr-sin(theta5(t))*(diff(theta5(t), t))^2*cos(theta1(t))*h2*l1*mc-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*l2*m3-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*lc2*m2-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*l2*mr+sin(theta2(t))*sin(theta1(t))*l1*l2*ml*(diff(theta2(t), t, t))+cos(theta5(t))*cos(theta1(t))*h2*l1*mi*(diff(theta5(t), t, t))+l1^2*m4*(diff(theta1(t), t, t))+sin(theta5(t))*sin(theta1(t))*h2*l1*m3*(diff(theta5(t), t, t))+cos(theta3(t))*cos(theta1(t))*l1*lc3*m3*(diff(theta3(t), t, t))-sin(theta3(t))*sin(theta1(t))*l1*l3*m4*(diff(theta3(t), t, t))-cos(theta6(t))*cos(theta1(t))*h2*l1*m4*(diff(theta6(t), t, t))-sin(theta4(t))*sin(theta1(t))*l1*l4*m4*(diff(theta4(t), t, t))-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*l2*mi-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*l2*mc-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*l2*ml-sin(theta2(t))*(diff(theta2(t), t))^2*cos(theta1(t))*l1*l2*m4-sin(theta7(t))*(diff(theta7(t), t))^2*cos(theta1(t))*h3*l1*mc-cos(theta4(t))*cos(theta1(t))*l1*l4*mi*(diff(theta4(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*l2*mr*(diff(theta2(t), t, t))-cos(theta6(t))*(diff(theta6(t), t))^2*sin(theta1(t))*h2*l1*mi-cos(theta6(t))*(diff(theta6(t), t))^2*sin(theta1(t))*h2*l1*m4+cos(theta5(t))*(diff(theta5(t), t))^2*sin(theta1(t))*h2*l1*m3+cos(theta5(t))*(diff(theta5(t), t))^2*sin(theta1(t))*h2*l1*mi+cos(theta5(t))*(diff(theta5(t), t))^2*sin(theta1(t))*h2*l1*mc+cos(theta5(t))*(diff(theta5(t), t))^2*sin(theta1(t))*h2*l1*mr+cos(q2(t))*sin(theta1(t))*l1*l2*mi*(diff(theta2(t), t))*(diff(theta1(t), t))+cos(q2(t))*sin(theta1(t))*l1*l2*m4*(diff(theta2(t), t))*(diff(theta1(t), t))+cos(q2(t))*sin(theta1(t))*l1*lc2*m2*(diff(theta2(t), t))*(diff(theta1(t), t))+cos(q2(t))*sin(theta1(t))*l1*l2*m3*(diff(theta2(t), t))*(diff(theta1(t), t))+cos(q2(t))*sin(theta1(t))*l1*l2*mc*(diff(theta2(t), t))*(diff(theta1(t), t))+cos(q2(t))*sin(theta1(t))*l1*l2*ml*(diff(theta2(t), t))*(diff(theta1(t), t))+cos(q2(t))*sin(theta1(t))*l1*l2*mr*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*l2*mc*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*l2*m4*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*l2*mr*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*l2*m3*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*l2*mi*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*l2*ml*(diff(theta2(t), t))*(diff(theta1(t), t))-sin(q2(t))*cos(theta1(t))*l1*lc2*m2*(diff(theta2(t), t))*(diff(theta1(t), t))-cos(theta3(t))*(diff(theta3(t), t))^2*sin(theta1(t))*l1*l3*mi+cos(theta3(t))*(diff(theta3(t), t))^2*sin(theta1(t))*l1*lc3*m3-cos(theta4(t))*(diff(theta4(t), t))^2*sin(theta1(t))*l1*l4*m4-cos(theta4(t))*(diff(theta4(t), t))^2*sin(theta1(t))*l1*l4*mi+cos(theta4(t))*(diff(theta4(t), t))^2*sin(theta1(t))*l1*lc4*m4-cos(theta6(t))*(diff(theta6(t), t))^2*sin(theta1(t))*h2*l1*ml-cos(theta6(t))*(diff(theta6(t), t))^2*sin(theta1(t))*h2*l1*m3-cos(theta3(t))*(diff(theta3(t), t))^2*sin(theta1(t))*l1*l3*m4-cos(theta3(t))*(diff(theta3(t), t))^2*sin(theta1(t))*l1*l3*m3+l1^2*mc*(diff(theta1(t), t, t))-cos(theta4(t))*cos(theta1(t))*l1*l4*m4*(diff(theta4(t), t, t))+cos(theta5(t))*cos(theta1(t))*h2*l1*mr*(diff(theta5(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*lc2*m2*(diff(theta2(t), t, t))+cos(theta1(t))*g*l1*mr+cos(theta1(t))*g*l1*m3+cos(theta1(t))*g*l1*m2+cos(theta1(t))*g*l1*m4+cos(theta1(t))*g*l1*ml+cos(theta1(t))*g*l1*mc+m1*g*lc1*cos(theta1(t))+cos(theta1(t))*g*l1*mi+cos(theta5(t))*cos(theta1(t))*h2*l1*m3*(diff(theta5(t), t, t))-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*l2*m4*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*l2*mc+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*l2*mc*(diff(theta2(t), t))+cos(theta7(t))*(diff(theta7(t), t))^2*sin(theta1(t))*h3*l1*mc+l1^2*m3*(diff(theta1(t), t, t))+l1^2*mi*(diff(theta1(t), t, t))+cos(theta5(t))*(diff(theta5(t), t))^2*sin(theta1(t))*h2*l1*m4-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*l2*m3*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*l2*ml+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*l2*ml*(diff(theta2(t), t))-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*lc2*m2*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*l2*mr+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*l2*mr*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*l2*m4+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*l2*m4*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*l2*mi+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*l2*mi*(diff(theta2(t), t))-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*l2*mr*(diff(theta2(t), t))-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*l2*mi*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*l2*m3+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*l2*m3*(diff(theta2(t), t))-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*l2*mc*(diff(theta2(t), t))-cos(theta2(t))*sin(theta1(t))*(diff(theta1(t), t))*l1*l2*ml*(diff(theta2(t), t))+cos(theta2(t))*(diff(theta2(t), t))^2*sin(theta1(t))*l1*lc2*m2+sin(theta2(t))*cos(theta1(t))*(diff(theta1(t), t))*l1*lc2*m2*(diff(theta2(t), t))+sin(theta2(t))*sin(theta1(t))*l1*l2*m3*(diff(theta2(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*l2*m3*(diff(theta2(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*l2*mi*(diff(theta2(t), t, t))+cos(theta5(t))*cos(theta1(t))*h2*l1*m4*(diff(theta5(t), t, t))+sin(theta2(t))*sin(theta1(t))*l1*l2*mr*(diff(theta2(t), t, t))+m1*lc1^2*(diff(theta1(t), t, t))-sin(theta6(t))*sin(theta1(t))*h2*l1*m4*(diff(theta6(t), t, t))+sin(theta5(t))*sin(theta1(t))*h2*l1*mr*(diff(theta5(t), t, t))+sin(theta5(t))*sin(theta1(t))*h2*l1*mc*(diff(theta5(t), t, t))-cos(theta6(t))*cos(theta1(t))*h2*l1*mi*(diff(theta6(t), t, t))-sin(theta6(t))*sin(theta1(t))*h2*l1*mi*(diff(theta6(t), t, t))-cos(theta6(t))*cos(theta1(t))*h2*l1*m3*(diff(theta6(t), t, t))-sin(theta6(t))*sin(theta1(t))*h2*l1*m3*(diff(theta6(t), t, t))+sin(theta2(t))*sin(theta1(t))*l1*lc2*m2*(diff(theta2(t), t, t))+cos(theta2(t))*cos(theta1(t))*l1*l2*m4*(diff(theta2(t), t, t))+sin(theta2(t))*sin(theta1(t))*l1*l2*mc*(diff(theta2(t), t, t))+sin(theta3(t))*sin(theta1(t))*l1*lc3*m3*(diff(theta3(t), t, t))-cos(theta3(t))*cos(theta1(t))*l1*l3*mi*(diff(theta3(t), t, t))-sin(theta3(t))*sin(theta1(t))*l1*l3*mi*(diff(theta3(t), t, t))-cos(theta3(t))*cos(theta1(t))*l1*l3*m3*(diff(theta3(t), t, t))-sin(theta3(t))*sin(theta1(t))*l1*l3*m3*(diff(theta3(t), t, t))+cos(theta7(t))*cos(theta1(t))*h3*l1*mc*(diff(theta7(t), t, t))-cos(theta6(t))*cos(theta1(t))*h2*l1*ml*(diff(theta6(t), t, t))+sin(theta7(t))*sin(theta1(t))*h3*l1*mc*(diff(theta7(t), t, t))-sin(theta6(t))*sin(theta1(t))*h2*l1*ml*(diff(theta6(t), t, t))+sin(theta4(t))*sin(theta1(t))*l1*lc4*m4*(diff(theta4(t), t, t))+cos(theta4(t))*cos(theta1(t))*l1*lc4*m4*(diff(theta4(t), t, t))-sin(theta4(t))*sin(theta1(t))*l1*l4*mi*(diff(theta4(t), t, t))+sin(theta2(t))*sin(theta1(t))*l1*l2*m4*(diff(theta2(t), t, t))+sin(theta2(t))*sin(theta1(t))*l1*l2*mi*(diff(theta2(t), t, t))+sin(theta5(t))*sin(theta1(t))*h2*l1*m4*(diff(theta5(t), t, t))

I am not interested in the mapleprime group, so I want to delete my account in this group.

Recently, my questions are deleted. last month I ask 3 questions but that all questions are deleted without my knowledge. yesterday also i ask one question "how to plot3d graph" that also deleted. "https://www.mapleprimes.com/questions/225618-How-To-Plot-The-3d-Graph?sq=225618". In the mapleprime, I am following the ethics and rules. 

Hi 

I am having problems with the syntax/symbols i maple. I down know what "setting" has changed but + and - and so on, has change to K and C. anyone know how to fix this?

Regards

Morten

Define a piecewise function of  so that the the value of the function is  if  or if , it is equal to the vertical distance between the curves if . Numerically integrate the area under this curve on the non-zero interval and explain how the numerical answer is what you would anticipate the answer to be given that this curve is related to semi-circles.

Hi. Can anyone help me with this error, it says 

Error, (in unknown) cannot evaluate the solution past the initial point, problem may be complex, initially singular or improperly set up

Download Darcy.mw

How do people test BIBD design in maple?

what are the different when using different field when test design ?

how to design a game that is suitable for the specified field of the design?

How can I activate my maple 13?

I have no activatIon left but installed maple

once

My purchase Code is BNN7VMT4BPFN7ESG

Thank. You 

Hi,

     I am new to Maple and my task is to find an analytical solution of Lateral Vibrations of Beams. Even though I referred this forum to get an idea about solving a fourth order ODE bvp,I still couldn't find the solution. Although a non trivial solution exists for this case, Maple is still returning a trivial output(i.e the determinant is not returning zero). I need to find the value of constants C1 to C4 but I am unable to understand what the error is. I have attached the file containing my current solution below.

SOP2.mw

Any help will be appreciated,

Kind Regards,

Ajay

 

How to generate any possible points projective plane for sets of numbers?

bonus is any possible field

Hi Users!

Hope you all are fine here. I want to draw a graphs like this

Here 

y(x)=21.70160211*x^2-35.93499295*x+19.00000000;

and 

y(x-0.8)=21.70160211*(x-.8)^2-35.93499295*x+47.74799436

Please help me how to make this for x when y(x) on x-axis and y(x-0.8) on y-axis. I am waiting your positive response. 

Thanks

Sorry, I comment not for answering question.

I want to ask a question, but I can't enter any 'Tags', but they need at least one tag.

There is not any text box where I can enter a tag.

Who can help me?

thanks!

I computed A and B matrices, now I want to write it in state space reperentation.

where

So I calculated and got this:

where but the formation is not anymore. How can I enforce Maple to output the result in the form of ?