# Rate Analysis of Plain Cement Concrete (PCC) & Calculate Quantity and Cost

# Rate Analysis – Plain Cement Concrete (PCC) M10 (1:3:6)

Rate analysis for Plain Cement Concrete (PCC) requires estimation of materials for PCC, i.e. quantity of cement, sand and aggregate required for 1m^{3} for various proportions, i.e., PCC M10 (1:3:6), 1:2:4, etc. So, let us first calculate quantity of cement, sand and aggregate required for 1m^{3} Plain Cement Concrete (PCC).**Most knowing point for rate analysis**When you start doing rate analysis we must remember these points :- Item for rate analysis (Name of the Item i.e. PCC, RCC, Brickwork etc. )

Specification (type of material, quality of material etc. )- Unit (per Sqm, Cum, Rm etc.)- Labour- Material- Overhead (Profit for contractor)Labour for Plain Cement Concrete PCC work:1) Skilled Labour2) Unskilled LabourMaterial for Plain Cement Concrete PCC work:1) Cement2) Sand3) Aggregate**Now calculating material**For 1m^{3} of wet or solid Plain Cement Concrete (PCC) ratio (1:3:6) , we have to multiply with factor 1.52 for dry density than 1m^{3} become 1.52m^{3} of cement, sand & aggregate is required, due to presence of voids in sand in dry state. So, cement sand and aggregate quantity is calculated for 1.52m^{3} of PCC. Dry volume = 1.52 m^{3} Ratio = 1:3:6It means we have to mix 1 unit cement 3 unit sand and 6 unit aggregate than total amount of mix = 1+3+6 (for example M15 (1:2:4) = 1+2+4= 7) = 10Now ,Volume of cement = 1.52/10 = 0.152 m^{3} Volume of sand = 0.152 x 3 = 0.456 m^{3} Volume of aggregate = 0.152 x 6 =0.912 m^{3}**Cement volume for one bag = 0.0347 m ^{3} **Cement in bag = 0.152 / 0.0347= 4.38 bag = 219 kgs

## Estimation of Labour and Tools for Plain Cement Concrete:

For 1m^{3} of Plain Cement Concrete (PCC) Ratio 1:3:6 , unskilled labour is required for 4 man-days for mixing, for carrying of cement, sand, aggregate and water. Skilled labour is required for 1man-day for placing, checking, of concrete on required line level for 1cum.

## Rate Analysis of Plain Cement Concrete (PCC) 1:3:6 :

Rate analysis of Plain Cement Concrete requires the rate of cement, sand and aggregate multiplied with their respective quantity. Cost of labour and tools and tackles for the PCC is also calculated. Cost of cement, sand, aggregate, labour and tools depend on local availability and local rates.When, quantity of cement, sand, aggregate, labour and tools are multiplied by its rates, and a contractors profit of 10-20% is assumed, the total sum of the amount is taken as the cost of 1m^{3} of PCC, which is shown below

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PCC work | ||||||

# | Plain cement concrete work 1:3:6 (M10) | |||||

Supplying, mixing & pouring plain cement concrete in 1:3:6 cement sand aggregate (Machine crushed) of approved size & quality as specified thickness in the drawing, compactioning, curing etc.all complete . | ||||||

Unit : Per Cum. | ||||||

Source | Type | Quantity | Unit | Rate | Amount (Rs.) | Remarks |

Labour | Skilled | 1.00 | md | 750.00 | 750.00 | |

Unskilled | 4.00 | md | 550.00 | 2200.00 | ||

Material | Cement | 219.00 | Kgs | 16.50 | 3613.50 | |

Aggregate (Ma. Crush) | 0.89 | Cum. | 2000.00 | 1780.00 | ||

Sand | 0.47 | Cum. | 1300.00 | 611.00 | ||

Sub-Total | 8954.50 | |||||

Add, contractor’s overhead | 15% of sub-total | 1343.18 | ||||

Total rate | 10297.68 | |||||

Sample of Rate Analysis |

**Same Process for Plain Cement Concrete PCC ratio M7.5 (1:4:8), ****M10 ****(1:3:6), ****M15 ****(1:2:4) etc.**

Estimates of Unit Quantities (i,e. P.C.C rates) + Road Estimate

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