a. The major oxide analyses and relevant molecular weights of a series of cement are given in the table below. Using the Bogues method ofanalysis, calculate the potential phase composition of cement 1. Your answer should be given in 1 decimal place.b. From the calculated compound composition,i. Identify the cement type. Justify your reason.ii. Indicate their influences on cement properties.iii. Examples of where their use may be appropriate.Table 1 molecular weight of cement 1Composition Molecularweight %Oxide typeweightCement 1Сао62.4956Fe,034.42160SiO221.1060Al2O33.95102SO32.3580Free lime0.3Blaine Fineness300m2/kg

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a. The major oxide analyses and relevant molecular weights of a series of cement are given in the table below. Using the Bogues method of analysis, calculate the potential phase composition of cement 1. Your answer should be given in 1 decimal place.

a. The major oxide analyses and relevant molecular weights of a series of cement are given in the table below. Using the Bogues method of analysis, calculate the potential phase composition of cement 1. Your answer should be given in 1 decimal place.

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

a. The major oxide analyses and relevant molecular weights of a series of cement are given in the table below. Using the Bogues method of
analysis, calculate the potential phase composition of cement 1. Your answer should be given in 1 decimal place.
b. From the calculated compound composition,
i. Identify the cement type. Justify your reason.
ii. Indicate their influences on cement properties.
iii. Examples of where their use may be appropriate.
Table 1 molecular weight of cement 1
Composition Molecular
weight %
Oxide type
weight
Cement 1
Сао
62.49
56
Fe,03
4.42
160
SiO2
21.10
60
Al2O3
3.95
102
SO3
2.35
80
Free lime
0.3
Blaine Fineness
300
m2/kg

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