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Write step by step the calculations, if it is necessary. a. Identify the type of sieving series. b. What sample has lower quantity of particle size smaller than 0,75mm? c. Which sample has more quantity of particle size at the range 0,8-0,75mm?

Write step by step the calculations, if it is necessary. a. Identify the type of sieving series. b. What sample has lower quantity of particle size smaller than 0,75mm? c. Which sample has more quantity of particle size at the range 0,8-0,75mm?

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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4. With the following datas table , answer these questions: Sample 1 Mass retained (g) Sample 2 Mass retained (g) Aperture mm. 0.9 150 400 0.8 250 100 0.75 300 600 0.65 1000 300 pan 300 600 Write step by step the calculations, if it is necessary. a. Identify the type of sieving series. b. What sample has lower quantity of particle size smaller than 0,75mm? С. Which sample has more quantity of particle size at the range 0,8-0,75mm? d. If is required a sample with more quantity of particle size bigger than 0,75mm; what is the best sample? 650 ton of Sample1 and 150 ton of Sample 2 are available. How many Kg of particle size bigger е. than 0,65mm could we obtain from each sample? f. What is the sample with minimum 30% of particle size smaller than 0,8mm? G. Draw at digram % retained, accumulative over size and finer H. Explain by a figure and words, what is the(mean size) in d group of solids partculates?
Transcribed Image Text:4. With the following datas table , answer these questions: Sample 1 Mass retained (g) Sample 2 Mass retained (g) Aperture mm. 0.9 150 400 0.8 250 100 0.75 300 600 0.65 1000 300 pan 300 600 Write step by step the calculations, if it is necessary. a. Identify the type of sieving series. b. What sample has lower quantity of particle size smaller than 0,75mm? С. Which sample has more quantity of particle size at the range 0,8-0,75mm? d. If is required a sample with more quantity of particle size bigger than 0,75mm; what is the best sample? 650 ton of Sample1 and 150 ton of Sample 2 are available. How many Kg of particle size bigger е. than 0,65mm could we obtain from each sample? f. What is the sample with minimum 30% of particle size smaller than 0,8mm? G. Draw at digram % retained, accumulative over size and finer H. Explain by a figure and words, what is the(mean size) in d group of solids partculates?
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