PCC | Rate analysis and Quantity Calculation Tool

Plain Cement Concrete means PCC construction plays a vital role in building construction, but in most cases, the PCC rate analysis and quantity calculation made difficult so the rate analysis and quantity calculation of PCC work made easier, and using that you can calculate the material quantity and cost, labor cost, and types of machinery with contractor profit.

You can also use the various type rates as per your requirement based on your area.

To use the PCC rate analysis and quantity calculation tool you need to provide your input in the below highlighted yellow box and you will get the desirable output as per the construction requirement. The web application may give you tentative information so before use of that please take expert advice.

function calcule2(){
var i=0; for (i=0;i<= 48;i++) {calcule();}}
function calcule(){
Excel2Html.C5.value=parseFloat(Excel2Html.C2.value)*parseFloat(Excel2Html.C3.value)*parseFloat(Excel2Html.C4.value) ;
Excel2Html.C6.value=parseFloat(Excel2Html.C5.value)*1.52 ;
Excel2Html.C8.value=(Math.round((((parseFloat(Excel2Html.C6.value)*parseFloat(Excel2Html.C5.value)*parseFloat(Excel2Html.C7.value))/(parseFloat(Excel2Html.C7.value)+parseFloat(Excel2Html.D7.value)+parseFloat(Excel2Html.E7.value))))* 100))/ 100 ;
Excel2Html.C9.value=(Math.round((parseFloat(Excel2Html.C8.value)*28.8)* 100000000000000))/ 100000000000000 ;
Excel2Html.C10.value=(Math.round(((parseFloat(Excel2Html.C6.value)/(parseFloat(Excel2Html.C7.value)+parseFloat(Excel2Html.D7.value)+parseFloat(Excel2Html.E7.value)))*parseFloat(Excel2Html.D7.value)*parseFloat(Excel2Html.C5.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.C11.value=(Math.round(((parseFloat(Excel2Html.C6.value)/(parseFloat(Excel2Html.C7.value)+parseFloat(Excel2Html.D7.value)+parseFloat(Excel2Html.E7.value)))*parseFloat(Excel2Html.E7.value)*parseFloat(Excel2Html.C5.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.C15.value=(Math.round((parseFloat(Excel2Html.C9.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.F15.value=(Math.round((parseFloat(Excel2Html.C15.value)*parseFloat(Excel2Html.D15.value))* 1E+15))/ 1E+15 ;
Excel2Html.C16.value=(Math.round((parseFloat(Excel2Html.C10.value))* 100))/ 100 ;
Excel2Html.F16.value=(Math.round((parseFloat(Excel2Html.C16.value)*parseFloat(Excel2Html.D16.value))* 1E+15))/ 1E+15 ;
Excel2Html.C17.value=(Math.round((parseFloat(Excel2Html.C11.value))* 100))/ 100 ;
Excel2Html.F17.value=(Math.round((parseFloat(Excel2Html.C17.value)*parseFloat(Excel2Html.D17.value))* 1E+15))/ 1E+15 ;
Excel2Html.F18.value=(Math.round((parseFloat(Excel2Html.F15.value)+parseFloat(Excel2Html.F16.value)+parseFloat(Excel2Html.F17.value))* 1E+15))/ 1E+15 ;
Excel2Html.C19.value=(Math.round((0.05*parseFloat(Excel2Html.C5.value))* 100))/ 100 ;
Excel2Html.F19.value=parseFloat(Excel2Html.C19.value)*parseFloat(Excel2Html.D19.value) ;
Excel2Html.C20.value=(Math.round((0.2*parseFloat(Excel2Html.C5.value))* 100))/ 100 ;
Excel2Html.F20.value=parseFloat(Excel2Html.C20.value)*parseFloat(Excel2Html.D20.value) ;
Excel2Html.C21.value=(Math.round((1.1*parseFloat(Excel2Html.C5.value))* 100))/ 100 ;
Excel2Html.F21.value=parseFloat(Excel2Html.C21.value)*parseFloat(Excel2Html.D21.value) ;
Excel2Html.C22.value=(Math.round((1*parseFloat(Excel2Html.C5.value))* 100))/ 100 ;
Excel2Html.F22.value=parseFloat(Excel2Html.C22.value)*parseFloat(Excel2Html.D22.value) ;
Excel2Html.C23.value=(Math.round((0.4*parseFloat(Excel2Html.C5.value))* 100))/ 100 ;
Excel2Html.F23.value=parseFloat(Excel2Html.C23.value)*parseFloat(Excel2Html.D23.value) ;
Excel2Html.C24.value=(Math.round(((parseFloat(Excel2Html.C2.value)*parseFloat(Excel2Html.C3.value)*parseFloat(Excel2Html.C4.value))*10)* 100))/ 100 ;
Excel2Html.F24.value=(Math.round((parseFloat(Excel2Html.C24.value)*parseFloat(Excel2Html.D24.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.F25.value=(Math.round((parseFloat(Excel2Html.F19.value)+parseFloat(Excel2Html.F20.value)+parseFloat(Excel2Html.F21.value)+parseFloat(Excel2Html.F22.value)+parseFloat(Excel2Html.F23.value)+parseFloat(Excel2Html.F24.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.F26.value=(Math.round((parseFloat(Excel2Html.F18.value)+parseFloat(Excel2Html.F25.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.F27.value=(Math.round((parseFloat(Excel2Html.F26.value)*parseFloat(Excel2Html.C27.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.F28.value=(Math.round((parseFloat(Excel2Html.F26.value)*parseFloat(Excel2Html.C28.value))* 100000000000000))/ 100000000000000 ;
Excel2Html.F29.value=(Math.round((parseFloat(Excel2Html.F26.value)*parseFloat(Excel2Html.C29.value))* 1E+15))/ 1E+15 ;
Excel2Html.F30.value=(Math.round((parseFloat(Excel2Html.F26.value)+parseFloat(Excel2Html.F27.value)+parseFloat(Excel2Html.F28.value)+parseFloat(Excel2Html.F29.value))* 1E+15))/ 1E+15 ;
}

Length		m
Width		m
Height		m
Volume		cum
Dry Volume		cum
Mix
Cement		Cum
No of cement bag		Bag
Sand		Cum
Coarse aggregate		Cum
Prepared By:Parag Kamlakar Pal
Description	Quantity & Number	Rate	Per	Amount
Cement			Bag
Sand			Cum
Coarse aggregate			Cum
Total
Mistry			Day
Mason			Day
Male mazdoor			Day
Female mazdoor			Day
Bhisti			Day
Scaffolding			Sq.m
Total
Total cost
Water charges			Percentage
Machineries charges			Percentage
Contractor profit			Percentage
Total