New game
Download
SCORM download
To be used in an LMS (Moodle, Blackboard...)
Regular download
To be published on a website or blog.
Downloading games is an exclusive feature for users with an Academic Plan or a Commercial Plan.
Get your Academic Plan or your Commercial Plan now and start integrating your games into your LMS, website or blog.
Get Academic Plan
If you wish, you can download a demo game here and test its integration:
Share game
Quiz
Quiz

Esfuerzo y deformación

Integrate it into your platform
G. Classroom M. Teams
You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.
Download
You have exceeded the maximum number of games you can integrate into Google Classroom with your current Plan.

To integrate as many games as you want in Google Classroom, you need an Academic Plan or a Commercial Plan.

Get Academic Plan
You have exceeded the maximum number of games you can integrate into Microsoft Teams with your current Plan.

To integrate as many games as you want in Microsoft Teams, you need an Academic Plan or a Commercial Plan.

Get Academic Plan
Downloading games is an exclusive feature for users with an Academic Plan or a Commercial Plan.

Get your Academic Plan or your Commercial Plan now and start integrating your games into your LMS, website or blog.

If you wish, you can download a demo game here and test its integration:

Get Academic Plan

Esfuerzo y deformación

Quiz

Played 29
Create copy

About this activity

Esfuerzo y deformación (N2)

Created by

JUAN CARLOS DURAND PORRAS
JUAN CARLOS DURAND PORRAS
Peru

Download the paper version to play

Make your own free game from our game creator
Compete against your friends to see who gets the best score in this game
Make challenge

Top Games

 %
Anonymous
Anonymous
 %
%
%
You have exceeded the maximum number of games you can print with your current Plan.

To print as many games as you want, you need an Academic Plan or a Commercial Plan.

Get Academic Plan
Print your game
Esfuerzo y deformación
 

Esfuerzo y deformación Online version

Esfuerzo y deformación (N2)

by JUAN CARLOS DURAND PORRAS
1

Una viga rígida de masa despreciable está articulado en un extremo y suspendida de dos varillas de acero y aluminio. La viga inicialmente en posición horizontal y en seguida se aplica la carga F= 120 kN, considere: (a= 3m, b= 2m, c= 1m). LAcero = 4m, AAcero = 600mm2, EAcero =200 GPa; LAluminio = 3m, A Aluminio = 900mm2, EAluminio =70 GPa Determinar: La fuerza en el acero y en el aluminio (en kN)

2

Una viga rígida de masa despreciable está articulado en un extremo y suspendida de dos varillas de acero y aluminio. La viga inicialmente en posición horizontal y en seguida se aplica la carga F= 120 kN, considere: (a= 3m, b= 2m, c= 1m). LAcero = 4m, AAcero = 600mm2, EAcero =200 GPa; LAluminio = 3m, A Aluminio = 900mm2, EAluminio =70 GPa Determinar: El esfuerzo en el acero (en MPa)

3

Una viga rígida de masa despreciable está articulado en un extremo y suspendida de dos varillas de acero y aluminio. La viga inicialmente en posición horizontal y en seguida se aplica la carga F= 120 kN, considere: (a= 3m, b= 2m, c= 1m). LAcero = 4m, AAcero = 600mm2, EAcero =200 GPa; LAluminio = 3m, A Aluminio = 900mm2, EAluminio =70 GPa Determinar: El esfuerzo en el aluminio (en MPa)

4

Una viga rígida de masa despreciable está articulado en un extremo y suspendida de dos varillas de acero y aluminio. La viga inicialmente en posición horizontal y en seguida se aplica la carga F= 120 kN, considere: (a= 3m, b= 2m, c= 1m). LAcero = 4m, AAcero = 600mm2, EAcero =200 GPa; LAluminio = 3m, A Aluminio = 900mm2, EAluminio =70 GPa Determinar: La deformación en el acero (en mm)

5

Una viga rígida de masa despreciable está articulado en un extremo y suspendida de dos varillas de acero y aluminio. La viga inicialmente en posición horizontal y en seguida se aplica la carga F= 120 kN, considere: (a= 3m, b= 2m, c= 1m). LAcero = 4m, AAcero = 600mm2, EAcero =200 GPa; LAluminio = 3m, A Aluminio = 900mm2, EAluminio =70 GPa Determinar: La deformación en el aluminio (en mm)

Explicación

Bien sigue adelante

Bien sigue adelante

Bien sigue adelante

Bien sigue adelante

Bien sigue adelante

 
Are you sure you want to leave the page?

If you leave the page, you will lose your game progress.