Create a reading outline for the given text "STRESS and STRAIN". Thesis statement:3.4.ExExercise 2DiDirections: Create a reading outline for the given text below.1. F2. HText A3. IfSTESS AND STRAINIn engineering, stress and strain describe the conditions of a material under varyingcircumstances. Stress is the material's resistance to extenal forces, measured in terms of theforce exerted per unit of area, and strain is the material's change resulting from those externalforces. Every force that acts on a material creates a type of stress, and each stress has anaccompanying type of strain. The three basic tyr es of stress are tensile, compressive, andshearing.reTensile stress occurs when a pair of forces act on opposite ends of the material andattempt to pull it apart. The resistance the material offers to this action is known as the tensilestress in the material. Tensile stress is most easily demonstrated by pulling on the ends of arubber band. The type of stretching (strain) taking place in the rubber band occurs to some degreein all other materials which are this type of force.Compressive stress results from forces pushing in on the ends of a material. A simpleexample of a compressive force is pressure exerted to push an accordion together. An accordionhas only a small compressive stress because the accordion bag offers little resistance to beingforced together. Reduction is the length of the material (strain) accompanies a compressive stress.Shearing stress occurs when a force acts downward on a material, causing a piece of it tobend or break off. This type of force, known as shearing force, is resisted by shearing stress.Shearing force and stress can be demonstrated by slicing a loaf of bread. Although amplified bythe knife's cutting edge, the force can still be considered a shearing force. Like all other materials,the bread offers resistance (stress) but tends to break (strain) under such force.Assessment/Application

Stress It can be defined as the applied force per unit area of the object. Stress is called as the…

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Engineering

Mechanical Engineering

Create a reading outline for the given text "STRESS and STRAIN".

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Question

Create a reading outline for the given text "STRESS and STRAIN".

Thesis statement:
3.
4.
Ex
Exercise 2
Di
Directions: Create a reading outline for the given text below.
1. F
2. H
Text A
3. If
STESS AND STRAIN
In engineering, stress and strain describe the conditions of a material under varying
circumstances. Stress is the material's resistance to extenal forces, measured in terms of the
force exerted per unit of area, and strain is the material's change resulting from those external
forces. Every force that acts on a material creates a type of stress, and each stress has an
accompanying type of strain. The three basic tyr es of stress are tensile, compressive, and
shearing.
re
Tensile stress occurs when a pair of forces act on opposite ends of the material and
attempt to pull it apart. The resistance the material offers to this action is known as the tensile
stress in the material. Tensile stress is most easily demonstrated by pulling on the ends of a
rubber band. The type of stretching (strain) taking place in the rubber band occurs to some degree
in all other materials which are this type of force.
Compressive stress results from forces pushing in on the ends of a material. A simple
example of a compressive force is pressure exerted to push an accordion together. An accordion
has only a small compressive stress because the accordion bag offers little resistance to being
forced together. Reduction is the length of the material (strain) accompanies a compressive stress.
Shearing stress occurs when a force acts downward on a material, causing a piece of it to
bend or break off. This type of force, known as shearing force, is resisted by shearing stress.
Shearing force and stress can be demonstrated by slicing a loaf of bread. Although amplified by
the knife's cutting edge, the force can still be considered a shearing force. Like all other materials,
the bread offers resistance (stress) but tends to break (strain) under such force.
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