## Sieve Analysis Results for Filter Media### OverviewThis table presents the results of a sieve analysis for filter media, demonstrating the cumulative mass percentage passing through various sieve sizes.| Size of Opening (mm) | Cumulative Mass % Passing ||----------------------|---------------------------|| 0.105 | 0.2 || 0.149 | 0.9 || 0.210 | 4.0 || 0.295 | 7.5 || 0.42 | 10.0 || 0.59 | 39.4 || 0.84 | 60.0 || 1.19 | 74.4 || 1.68 | 91.5 || 2.38 | 96.8 || 3.36 | 99.0 |### Explanation:The table contains two columns:1. **Size of Opening (mm)**: This column lists the sizes of the sieve openings in millimeters through which the filter media particles pass.2. **Cumulative Mass % Passing**: This column indicates the cumulative percentage of the total sample mass that passes through each sieve size.### Question:**Based on the Sieve Analysis results for filter media given below:**What is the effective size?1. 0.210 mm2. 0.295 mm3. 0.149 mm4. 0.105 mm5. 0.42 mmThe effective size (D10) is typically defined as the particle size corresponding to 10% passing in a sieve analysis. Based on the provided data:- For 0.42 mm size, the cumulative mass % passing is 10.0%.Therefore, the correct answer is:5) 0.42 mm

Given the results of Sieve analysis test results for filter media. The effective size = d10 : It is…

Based on the Sieve Analysis results for filter media given below: Size of Opening (mm) Cumulative Mass % Passing 0.105 0.2 0.149 0.9 0.210 4.0 0.295 7.5 0.42 10 0.59 39.4 0.84 60.0 1.19 74.4 1.68 91.5 2.38 96.8 3.36 99.0 The effective size is: 1) 0.210 mm 2) 0.295 mm 3) 0.149 mm O4) 0.105 mm 5) 0.42 mm

Based on the Sieve Analysis results for filter media given below: Size of Opening (mm) Cumulative Mass % Passing 0.105 0.2 0.149 0.9 0.210 4.0 0.295 7.5 0.42 10 0.59 39.4 0.84 60.0 1.19 74.4 1.68 91.5 2.38 96.8 3.36 99.0 The effective size is: 1) 0.210 mm 2) 0.295 mm 3) 0.149 mm O4) 0.105 mm 5) 0.42 mm

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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