In mechanical resistance * =For the given data shown. y1* =For the given data shown. Ay37 in5 in7 in5 in3 in3 inАзA3АЗA1Neutral Axis (N.A)A1Neutral Axis (N.A)12 in12 inA2A2Reference LineReference LineArea No.Area value (in)Distance from theArea value (in')A'y (in')Area No.Distance from theA y (in')center of area to thecenter of area to thereference line (in) yreference line (in) yA1A1A1=y1=Ay1=A1=y1=Ay1-A2A2A2=y2=Ay2=A2=y2=Ay2=A3A3A3=y3A3=y3=Ay3-Ay3=EA=EAy=ΣΑEAy=7.5 inch823.26 cubic inch-37.5 (minus 37.5) square inch375 cubic inch O10 inch O787.5 cubic inch O12 inch O-37.5 (minus 37.5) cubic inch7.2 inch O-339.24 (minus 339.24) cubic inch

The schematic for the machine element is given below,

Answered: In mechanical resistance

Engineering

Mechanical Engineering

In mechanical resistance

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: What are the fundamental principles of engineering metrology and how do they contribute to ensuring…

A: Engineering metrology is the study of measurement science and the application of that science to…

Q: A material is cycled at a strain rate of 10^-3 mm/mm/s. How many hours does it take to perform a 2%…

A: Given: strain rate : 10-3 mm/mm/s To find: Time taken to perform 2% strain amplitude

Q: A test of 6 units of a product was continued until all units failed. The failure times were 5, 12,…

A: Total number of failures = 6The failure times were, 5,12,22,34,35,45 hours

Q: You have 4 springs, each being 3.5, 6, 8.5, 11 N/m What's the smallest stiffness you can make using…

Q: Wight 5 N High=10in 10 3.5 20 7 Width=1 in 40 16 20 9.9 10 Depth=5in 4 2 Calculation: Consider a…

A: Write the given data in the problem. L=10 in=10 in25.4 mm1 in=254 mmt=1 in=1 in25.4 mm1 in=25.4…

Q: What can be determined when looking at material 1 and material 2 when comparing hardness values and…

A: Given

Q: When a material is subjected to repeated stresses it will not fail without any prior indications.

A: When we apply repeated load on a material, then the properties or strength of the material will…

Q: A suddenly applied compressive load induces in a 250 mm long steel bar a maximum stress of 200 MPa.…

Q: The factor of safety for mechanical components that are subjected to fatigue loading should be based…

A: Factor of safety for mechanical components is the ratio of endurance limit stress to working stress…

Q: (a) The dependence of failure modes on temperature. (b) The effect of temperature changes and stress…

A: From the given graph for Izod impact test and creep test results for nylon thermoplastic polymer, We…

Q: MECHANICAL PROPERTIES OF MATERIALS (stress and tensile stress) Does the electrical tape with the…

Q: The mechanical properties of materials is dictated by atomic bonding and

A: The mechanical properties of materials is dictated by atomic bonding and

Q: Give examples of common mechanical engineering symbols.

A: given: Give examples of common mechanical engineering symbols

Q: How are the modes of failure readily defined?

A: The modes of failure are prediction theories. According to these theories, the solid material fails…

Q: Explain how stress affects fracture. 2. Explain what is the impact of corrosion in the industry.…

A: fracture is the result of a small crack propagating throughout the material. due to defects or…

Q: A man uses a crowbar to remove the top of a box. The top has a resistance of 700 N. He applies an…

A: Given data: Resistance force=700 N Input Force=300 N

Q: Bar one has a Young's modulus that is bigger than that of bar two. This indicates bar one:

Q: List two main causes of failure in Mechanical Components.

A: Failure of any component is a condition when the component is unable to perform its assigned task.…

Q: Is the Mohr’s failure criterion useful in predicting the failure?

A: Mohr’s failure criterion Mohr’s failure criterion is based on the mohr’s circle theory.according to…

Q: For a viscoelastic material, stress is not only a function of strain, but also a function of a. None…

Q: Q1:Explain creep and also explain its importance.

A: 1) Creep concrete is subjected to sustained compressive loading it's deformation keeps increasing…

Q: Define the given terms related to mechanical properties of materials. 1. Percent elongation 2.…

A: Let us define the following mechanical terms 1.Percent elongation 2. Percent reduction in area 3.…

Q: Forces generated in a material in reaction to the applied compressive forces are an example of…

A: Solution:

Q: 4. State 10 mechanical properties and their definition.

A: When we apply external force to the material, mechanical properties define how material will behave…

Q: Thermal Analysis - Material Characterisation State the 3 criteria that must be met to qualify a…

Q: You are asked to design a square steel bar out of ASTM A36 steel. The steel has yield strength of…

Q: List four measures that may be taken to increase the resistance of fatigue of a metal alloy

A: Given:- Metal alloy To find: Measures to increase the resistance of fatigue

Q: In 1 paragraph, make a narrative regarding The Ideal Gas equation in Mechanical Engineering

A: Solution: The answer with necessary explanation is given below:

Q: O stress corrosion intergranular corrosion O erosion-corrosion uniform attack corrosion

A: Solution :- Option C erosion- corrosion is correct answer.

Q: causes of failure in mechanical components

A: solution given below.

Q: 3. What do zeros in the stiffness matrix indicate?

A: We have to note about What do zeros in the stiffness matrix indicate?

Q: Yield strength, ultimate tensile strength, linear coefficient of thermal expansion, modulus of…

A: 1) true 2) true 3) false 4) false

Q: why the thermal conductivity value (for a particular material) is important in engineering?

Q: How to compute the strain displacement matrix for each element?

A: Given:To find:Compute the strain-displacement matrix.

Q: Explain the different between non-linearity and hysteresis error (includes diagrams).

A: Difference between non linearity and hysteresis error

Q: Provide a mechanical and molecular definition of heat

A: Heat : Heat is generally defined as the transfer of kinetic energy from one medium to another…

Q: lame four material properties that affect thermal shock resistance

A: Thermal Shock resistance definition: It is defined as A material property that is thermal shock…

Q: The value of gravitational acceleration on Earth, 9.8 meters per second squared [m/s] is actually an…

Q: Silicon carbide nanowires of diameter D = 15 nm can be grown onto a solid silicon carbide surface by…

A: Given data: Diameter of silicon carbide nanowires (D) = 15 nm = 15×10-9 mThickness of silicon…

Q: For a viscoelastic material, stress is not only a function of strain, but also a function of a.…

Q: Fracture toughness, K, measures the resistance of materials to brittle fracture when cracks are…

A: Please refer to the below explanation

Q: The performance of a structural element is determined by the properties of the material the geometry…

A: Explanation: The performance of structural element is determined by: 1.Material Properties like…

Q: When can a theory of failure be used as a basis for design?

A: For designing any structure or the member the theory of failure is used.

Question

In mechanical resistance

* =For the given data shown. y1
* =For the given data shown. Ay3
7 in
5 in
7 in
5 in
3 in
3 in
Аз
A3
АЗ
A1
Neutral Axis (N.A)
A1
Neutral Axis (N.A)
12 in
12 in
A2
A2
Reference Line
Reference Line
Area No.
Area value (in)
Distance from the
Area value (in')
A'y (in')
Area No.
Distance from the
A y (in')
center of area to the
center of area to the
reference line (in) y
reference line (in) y
A1
A1
A1=
y1=
Ay1=
A1=
y1=
Ay1-
A2
A2
A2=
y2=
Ay2=
A2=
y2=
Ay2=
A3
A3
A3=
y3
A3=
y3=
Ay3-
Ay3=
EA=
EAy=
ΣΑ
EAy=
7.5 inch
823.26 cubic inch
-37.5 (minus 37.5) square inch
375 cubic inch O
10 inch O
787.5 cubic inch O
12 inch O
-37.5 (minus 37.5) cubic inch
7.2 inch O
-339.24 (minus 339.24) cubic inch

Branch of science that deals with the stationary and moving bodies under the influence of forces.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step by step

Solved in 4 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Elastic Constants and Their Relationship

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

the subject is vibration engineering. please answer my question. im begging you
Fatigue properties can be represented by Select one: O a. Strain-Stress diagram O b. S-N diagram c. N-S diagram d. Stress-Strain diagram
how is fatigue resistance measured
In a wire drawing process, the length of the wire at any instant is given by L(t) = L,(1+) where t is the time in minutes and L, is the initial length. The true strain rate at the end of 0.5 min (in min-!) is
A change in temperature can cause a member made of homogeneous isotropic material to change its length why?
Normally when the creep is considered in materials?
How does fatigue analysis contribute to the design and durability of mechanical components?
Part of the stress-strain diagram where the material stress lies between the proportional limit and the upper yield point
Topic: Nonconcurrent, Nonparallel Forces
DIRECTION: Identify the following term. 3. It is the study of the relationship between the external loads applied to a body and the stress and strain caused by the internal loads within the body.
Toughness is a property which relates to (1 Point) Strength Ductility Resilience Ductility and strength