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Sieve Size Wt. Of Material Retained %Age Material Retained Cumulative %Age Retained %Age Material Passing No.4 35 7 7 93 No.8 40 8 15 85 No.16 125 25 40 60 No.30 140 28 68 32 No.50 70 14 82 18 No.10 0 65 13 95 5 No.20 0 20 4 99 1 Pan 5 1 100 0 OSERVATION AND CALCULTION SIEVE ANALYSIS REPORT FINE AGGREGATE SAMPLE: SAKHISARWR SAND WEIGHT OF SAMPLE: 500 GRAMS Fineness modulus = cumulative %age retained up to sieve no. 100 /100 =95/100 Fineness modulus =.95 Sieve Analysis for Coarse Aggregates Wt. of sample: 1000 g Sieve Size Wt. Of Material Retained %Age Material Retained Cumulative %Age Retained %Age Material Passing 1” 100 10 10 90 ¾” 200 20 30 70 ½” 400 40 70 30 3/8” 180 18 88 12 ¼” 100 10 98 2 7

Sieve size analysis

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Sieve Size

Wt. Of Material Retained

%Age Material Retained

Cumulative %Age Retained %Age Material Passing

No.4 35 7 7 93No.8 40 8 15 85No.16 125 25 40 60No.30 140 28 68 32No.50 70 14 82 18No.100 65 13 95 5No.200 20 4 99 1Pan 5 1 100 0

OSERVATION AND CALCULTION

SIEVE ANALYSIS REPORT

FINE AGGREGATE

SAMPLE: SAKHISARWR SAND WEIGHT OF SAMPLE: 500 GRAMS

Fineness modulus = cumulative %age retained up to sieve no. 100 /100 =95/100

Fineness modulus =.95

Sieve Analysis for Coarse Aggregates

Wt. of sample: 1000 g

Sieve Size

Wt. Of Material Retained

%Age Material Retained

Cumulative %Age Retained %Age Material Passing

1” 100 10 10 90¾” 200 20 30 70½” 400 40 70 303/8” 180 18 88 12¼” 100 10 98 2No. 4 10 1 99 1Pan 10 1 100 0

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