Water analysis was carried out for solid analysis. The test was performed and the following information collected. Mass of empty dish = 51.5494 g; Mass of dish + Sample = 109.5 g; Mass of dish + dry solids =51.587 g; Mass of dish + ignited solid =51.541 g; Mass of empty filter = 0.1154 g; Mass of filter after drying = 0.1241 g; Mass of filter at ignition = 0.1160 g; Volume of sample =25 mL Compute the concentration of total solids, total volatile and fixed solids, suspended, volatile suspended solids and fixed suspended solids.

Water analysis was carried out for solid analysis. The test was performed and the following information collected. Mass of empty dish = 51.5494 g; Mass of dish + Sample = 109.5 g; Mass of dish + dry solids =51.587 g; Mass of dish + ignited solid =51.541 g; Mass of empty filter = 0.1154 g; Mass of filter after drying = 0.1241 g; Mass of filter at ignition = 0.1160 g; Volume of sample =25 mL Compute the concentration of total solids, total volatile and fixed solids, suspended, volatile suspended solids and fixed suspended solids.

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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Question

Water analysis was carried out for solid analysis. The test was performed and the following
information collected.
Mass of empty dish = 51.5494 g; Mass of dish + Sample = 109.5 g;
Mass of dish + dry solids =51.587 g; Mass of dish + ignited solid =51.541 g;
Mass of empty filter = 0.1154 g; Mass of filter after drying = 0.1241 g;
Mass of filter at ignition = 0.1160 g;
Volume of sample =25 mL
Compute the concentration of total solids, total volatile and fixed solids, suspended, volatile
suspended solids and fixed suspended solids.

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