Strength of Concrete
Course: Concrete Technology — Practice MCQs, solutions, formulas & past entrance questions.
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1. Gel/Space ratio = x = Volume of gel / Space available = 0.657 C / 0.319 C+ Wo. Here Wo stands for? |
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2. Water cement ratio is __ |
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3. The choice of cement for high-strength concrete should not be based only on mortar-cube tests but it should also include tests of compressive strengths of concrete at _______ days. |
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4. Which type of aggregates are used to produce 70MPa compressive strength? |
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5. The material used for UHPC provides flexural strengths up to _____ |
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6. What does 240 in power’s experiment stand for? |
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7. The material used for UHPC provides compressive strengths up to _______ |
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8. In bridges, HSC is used. |
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9. What is range of water in M20? |
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10. High-Performance Concrete is ________ as compared to Normal Strength Concrete. |
All Chapters
View all Chapter and number of question available From each chapter from Concrete-Technology
Cement
Cement
Types of Cement and Testing of Cement
Types of Cement and Testing of Cement
Aggregates and Testing of Aggregates
Aggregates and Testing of Aggregates
Water
Water
Admixtures and Construction Chemicals
Admixtures and Construction Chemicals
Fresh Concrete
Fresh Concrete
Strength of Concrete
Strength of Concrete
Elasticity, Creep and Shrinkage
Elasticity, Creep and Shrinkage
Durability of Concrete
Durability of Concrete
Testing of Concrete
Testing of Concrete
Concrete Mix Design
Concrete Mix Design
Quality Control
Quality Control
Special Concrete and Concreting Methods
Special Concrete and Concreting Methods
IS Codes Related to Cement and Concrete
IS Codes Related to Cement and Concrete
Repair Technology for Concrete Structures
Repair Technology for Concrete Structures
Concrete Technology Important Questions
Concrete Technology Important Questions
Topics
This Chapter strength-of-concrete consists of the following topics
