(C).Workout flakiness & elongation index from the following Flakiness Index Weights of aggregates passing through corresponding slot=w2=200 grams Weight of aggregates retained on a particular sieve...


(C).Workout flakiness & elongation<br>index from the following<br>Flakiness Index<br>Weights of aggregates passing<br>through corresponding slot=w2=200<br>grams<br>Weight of aggregates retained on a<br>particular sieve =w1=700 grams<br>Workout flakiness index?<br>Elongation Index<br>Weights of aggregates Retained on<br>gauge length =w2=190<br>grams<br>Weight of aggregates retained on a<br>particular sieve =w1=540 grams<br>Workout elongation index?<br>Are these flakiness & elongation<br>index within permissible range?<br>Also mention bad effects of greater<br>amount of flaky & elongated<br>particles.<br>

Extracted text: (C).Workout flakiness & elongation index from the following Flakiness Index Weights of aggregates passing through corresponding slot=w2=200 grams Weight of aggregates retained on a particular sieve =w1=700 grams Workout flakiness index? Elongation Index Weights of aggregates Retained on gauge length =w2=190 grams Weight of aggregates retained on a particular sieve =w1=540 grams Workout elongation index? Are these flakiness & elongation index within permissible range? Also mention bad effects of greater amount of flaky & elongated particles.

Jun 11, 2022
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