Hello. I was wondering if someone could do this assignment for me because I don't have enough time and it is due today. Its a lab report and you need to answer the following questions and use the two...

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Hello. I was wondering if someone could do this assignment for me because I don't have enough time and it is due today. Its a lab report and you need to answer the following questions and use the two provided images of Brass that are located inside the PDF, to measure and calculate grain size and quantity of grains.: Please answer the following questions down below since you will need to answer them for the lab.:

1. Using the line intercept method calculate the grain size for the two provided specimens of brass.

2. Using the grain diameter measurement method, measure as many grains as you are able.

3. Create a spreadsheet with a table of these results and calculate average, standard deviation, and standard error.

4. Is there a difference between the results of the two methods of grain size determinations? Why?

5. Compare the results from these two specimens against ASTM grain size standards, which brass alloy would you predict each specimen is?

6. Describe the phyical properties of these predictions and how these properties relate to grain size.

brass-qmpiwgxe.pdf

Answered Same DayFeb 28, 2023

Answer To: Hello. I was wondering if someone could do this assignment for me because I don't have enough time...

Dr Shweta answered on Mar 01 2023

39 Votes

1. Calculation of the grain size for the two specimens of brass provided in the question using the line intercept method is as follows:
The line intercept method is a technique that is utilised frequently in the field of metallography for the purpose of assessing grain size. Polishing and etching a metallographic specimen is the first step in this technique. Once the specimen is ready, it is examined using a microscope. On the microstructure, a straight line is drawn at random, and then the number of times that line intersects with particular grains is counted.
The average grain size is then calculated using the following formula:
d=l/Nf ------ [1]
where: d= average grain size l= length of the line intercept Nf= number of grain boundaries that the line intercept passes over
2. Calculation of the grain size for the two specimens of brass provided in the question using the grain diameter measurement method is as follows:
Another frequent approach for determining grain size in metallography is called...

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Hello. I was wondering if someone could do this assignment for me because I don't have enough time and it is due today. Its a lab report and you need to answer the following questions and use the two...

Answer To: Hello. I was wondering if someone could do this assignment for me because I don't have enough time...

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