1. Explain the effect of too much slump and too little slump? What affects the degree of "slumpness" of a fresh concrete mix. 2. Differentiate bending test, compressive strength test, and split tensile test in hardened concrete. 3. Explain what happens to a steel material when subjected to too much tensile force, beyond its elastic limit. 4. Explain the procedure on how you can identify the resin classification of a random plastic material.
1. Explain the effect of too much slump and too little slump? What affects the degree of "slumpness" of a fresh concrete mix. 2. Differentiate bending test, compressive strength test, and split tensile test in hardened concrete. 3. Explain what happens to a steel material when subjected to too much tensile force, beyond its elastic limit. 4. Explain the procedure on how you can identify the resin classification of a random plastic material.
Chapter2: Loads On Structures
Section: Chapter Questions
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Transcribed Image Text:1. Explain the effect of too much slump and
too little slump? What affects the degree of
"slumpness" of a fresh concrete mix.
2. Differentiate bending test, compressive
strength test, and split tensile test in
hardened concrete.
3. Explain what happens to a steel material
when subjected to too much tensile force,
beyond its elastic limit.
4. Explain the procedure on how you can
identify the resin classification of a random
plastic material.
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