Fermé

Spring pendulum

My project is my spring pendulum. Déterminer les équations différentielles avec la deuxième loi de Newton.

Vérifier les équations différentielles en les comparant avec les équations obtenues par la méthode de Lagrangien.

Esquisser ces équations sur Graphmatica.

Résoudre analytiquement les équations différentielles.

Calculer les données et les conditions initiales qui respectent la méthode d’approximation

( compatibles).

Esquisser ces équations avec Graphmatica.

Compétences : Mathématiques, Physique

en voir plus : project physics, spring project, convert project spring outsource, complete project spring security, sample project spring jpa role, physics project, create project spring struts2 hibernate, project spring login, students project spring hibernate struts eclipse, web project spring ejb jdbc configuration, jsf project spring hibernate maven, ces, example social network project spring hibernate, pendulum, project spring hibernate jsf

Concernant l'employeur :
( 0 commentaires ) Tunisia

Nº du projet : #6202965

13 freelance font une offre moyenne de $320 pour ce travail

filterkapi

Hello, I am an post graduate in Aerospace Engineering with minor physics. I also have expertise programming in MATLAB and I have delivered several projects in MATLAB and mathematics with excellent feedback. I can help Plus

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 10 jours
(170 Commentaires)
6.1
PSL1

Sir, we are a group of mathematicians and Engineers with 5 years of experience. Please consider our services. Quality is our Guarantee. Regards

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 3 jours
(24 Commentaires)
4.0
upulmadusanka

A proposal has not yet been provided

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 20 jours
(6 Commentaires)
4.0
saurabhme

hi I am pursuing PhD in the area of computational mechanics and published 5 international journal papers you can check on the Google. In these paper i have solved partial differential equation by using finite elemen Plus

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 10 jours
(5 Commentaires)
3.3
ArmanEngineer

Hi, I am a professional Electrical Engineer and I am quite proficient in differential equations and the lagrange method. We can discus the project when you have time. thanks, ArmanEnigneer

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 10 jours
(5 Commentaires)
3.4
aqeel96

I am good in mechanics ...........................................I can derive your equation in an efficient and effective way.................

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 4 jours
(3 Commentaires)
2.7
nasir621

I am a Master of Physics and can easily complete any job related to spring pendulum. I can develop and solve differential equation using analytical as well as numerical methods like mathematica and matlab. Please des Plus

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 10 jours
(5 Commentaires)
2.5
ShaheerJaan

A proposal has not yet been provided

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 10 jours
(0 Commentaires)
0.0
ashishmalik92

A proposal has not yet been provided

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 10 jours
(0 Commentaires)
0.0
panelsar87

I am an Aeronautical Engineer with a sound experience in dynamical systems analysis. The method I will use for solving analytically the equations will be a modal decomposition, so the problem is reduced to two simple o Plus

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 5 jours
(0 Commentaires)
0.0
uwouldgetjtom

Hi, This seems to be an interesting problem which is a combination of spring- mass system and simple pendulum. I am a grad student working on dynamics. Usually i use MATLAB for plotting solutions. But i am not famil Plus

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 3 jours
(0 Commentaires)
0.0
maxxwave

Propunerea nu a fost încă furnizată

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 3 jours
(0 Commentaires)
0.0
joperuk

A proposal has not yet been provided

%bids___i_sum_sub_35% %project_currencyDetails_sign_sub_36% CAD en 3 jours
(0 Commentaires)
0.0