Explain definition, importance and steps of preparation of calibration curve

Q: For the Given values of 56, 61.6, 50.2, 60.8 and 56.8 , Calculate (i) Mean (ii)Algebraic Sum of…

A: Given data is in increasing order  50.2, 56 , 56.8, 60.8, 61.6  ;Mean…

Q: Determine the limits of sizes, tolerances and fundamental deviations for the shaft designated as 40…

A: Designation is given as - 40 H8 / f7 The size comes between the range of 30-50.So, D=30×50D=38.73…

Q: Briefly define the following terms (a) Systematic errors, (b) gross errors and (c) random errors.

A: Errors in Measurement  ● Here there error in Measurement will be discussed ● Systematic error, Gross…

Q: what is gross error? how to eliminate it gross errors?

A: Gross error:The error caused due to the shear carelessness of an observer in called gross error.…

Q: a. Repeatability and reproducibility are ways of measuring precision, particularly in the field of…

A: Repeatability may be a degree of the probability that, having produced one result from an explore,…

Q: Question 1 (a) Explain what you understand by the term Callibration. (b) Describe in details the…

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Q: Determine tolerance value and limit dimension of the rod which a diameter is ∅25 mm, according to…

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Q: Question 2 (a) Explain the importance of Primary, secondary and tertiary standards employed in…

A: a) The measurement of different fundamental quantities such as mass, length, time is used in…

Q: Give some example of IMPORTANCE OF DIMENSIONS AND UNITS?

A: A unit of a measurement is a definite magnitude of a physical quantity, defined and adopted by law,…

Q: Explain the Coefficient of Performance?

A: Coefficient of performance (COP): It is the ratio of the desired energy to input work. The desired…

Q: On the drawing attached, before any geometric controls are applied, what is the coaxility tolerance…

A: Coaxiality is the tolerance for how closely the axis of one cylinder is to another.  considering…

Q: Explain on how sensitivity of a measurement instrument is measured? Compare two (2) measuring…

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

Q: If in a time study, the observed time is 0.75 minutes, rating factor equal to 110% and allowances…

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Q: 1. Identify all primary standard used in metrology today, and identity where they came from  2.…

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Q: Advantages and Disadvantages on Types of Calibration.

A: Type of Calibration Advantages Disadvantages (1) Standard addition method   (a) Multiple   (b)…

Q: A 50 m tape was standardized and found to be 0.0015 m longer at an observed temperature of 31.5°C…

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Q: (a) Figure 1 shows surface roughness and tolerances obtained in Chemical Machining (CM) and…

A: Chemical machining and electrochemical machining

Q: (a) Measurement systems plays a crucial role in industrial automation. Elaborate how the measurement…

A: (a): Earlier before the automation of the systems, A lot of problems was faced by the industrialist…

Q: Differentiate probability sampling from non-probability sampling.

A: 1) Probability sampling may be a examining method, in which the subjects of the populace get an…

Q: Metrology Discuss both figures and explain which one comply with Taylor principle and why?

A: Taylor's principle in metrology says that the GO gauge should check all the dimensions of the…

Q: e viscosity function for a given material is measured under simple shear and nd to be 7 = 5450y-0.34…

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Q: Explain the difference between the differance between random sampling and haphazard sampling as used…

A: Random sampling-  It is the simplest forms of collecting data from the total population. In this ,…

Q: of errors, how do you think they can be revealed or 21 ptions that you adopted in this experiment,…

A: 1. There are following types of source of error instrumental, environmental, procedural, and human.…

Q: a) Explain Geometric, Kinematic and Dynamic similarity. Illustrate their difference with examples

A: The stepwise explanation to solve this problem is shown in the following attached image:

Q: Measurement is a process of determining the value or the magnitude of a quantity or variable.…

A: The measurement is a process of determining quantitative value of different properties of body. For…

Q: Example: The length of a metal strip is 67,250 cm. As a result of the measurement performed with a…

A: From the given data,

Q: n words, discuss five applicatic facturing.

A: Computer-integrated manufacturing (CIM)  is the manufacturing process in which of computers are used…

Q: q11 The statement is True or False?

A: This statement is (False)

Q: What should be the surface tension of a liquid if its density, which is 1.44 g/cc, is the same as…

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Q: 5) What are the likely sources of error and of what magnitude are these errors?

A: The discrepancy between a measured quantity and its real value is measurement error (sometimes…

Q: Why is calibration of instruments important in the engineering field? Why is calibration of…

A: Calibration: Calibration could be a comparison between a regular value and therefore the value…

Q: Determine a 95% confidence interval for Nu and report the value.

A: here first of all find( ΔD/D)% , then from relation find( ΔNu/Nu)%.for solution refer below images.…

Q: Give a definition for each term: trueness, calibration, uncertainty,

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Q: What is frequency analysis and what is the difference between percent and valid percent in this…

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Q: Problem 1: Find the average, and average deviation for the following data on the length of a pen, L.…

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Q: A Production engineer of a Mechanical production workshop, planned to calibrate cheir precision…

A: The slip gauge Vernier caliper is given.

Q: Measurement systems plays a crucial role in industrial automation. Elaborate how the measurement…

A: given;   measurement systems plays a crucial role in industrial automation. Elaborate how the…

Q: Question: How can the velocity ratio of a line be determined with known frequency and line length?…

A: The velocity is obtained by differentiating the distance with respect to the time. v=dxdt Here x is…

Q: Explain the concept of Statistics and Its application in the field Industrial Engineering

A: Companies may make better use of large data through statistical analysis, resulting in increased…