Question 1. analyses of these cements are shown below. (You can find Bogue equation from 'Equations and other information' at the end of exam paper) Two cements were produced at a local cement plant. The oxide Oxide % of oxide in Cement 1 % of oxide in Cement 2 SiO, 22 23 Al203 5 3 Fe:O3 3 5 Саб 65 64 SO3 2 3 Other 3 2 (a) For EACH of these cements, calculate the potential compound compositions in the Table below using the Bogue equations, which are provided. (Bogue Equations are provided.) (b) Which cement would you expect to have a higher early strength? Why? (c) Which cement would you expect to be more resistant to sulfate attack? Describe the reason.
Question 1. analyses of these cements are shown below. (You can find Bogue equation from 'Equations and other information' at the end of exam paper) Two cements were produced at a local cement plant. The oxide Oxide % of oxide in Cement 1 % of oxide in Cement 2 SiO, 22 23 Al203 5 3 Fe:O3 3 5 Саб 65 64 SO3 2 3 Other 3 2 (a) For EACH of these cements, calculate the potential compound compositions in the Table below using the Bogue equations, which are provided. (Bogue Equations are provided.) (b) Which cement would you expect to have a higher early strength? Why? (c) Which cement would you expect to be more resistant to sulfate attack? Describe the reason.
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
Transcribed Image Text:Question 1.
analyses of these cements are shown below. (You can find Bogue equation from 'Equations
and other information' at the end of exam paper)
Two cements were produced at a local cement plant. The oxide
Oxide
% of oxide in Cement 1
% of oxide in Cement 2
SiO2
22
23
Al2O3
5
3
Fe2O3
3
Сао
65
64
SO3
3
Other
3
2
(a) For EACH of these cements, calculate the potential compound compositions in the
Table below using the Bogue equations, which are provided. (Bogue Equations are
provided.)
(b) Which cement would you expect to have a higher early strength? Why?
(c) Which cement would you expect to be more resistant to sulfate attack? Describe the
reason.
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