1:3 gauged mortar mix Estimating data for unit rate pricing Material Mortar: Details Waste Cost 5% Cement Sand Bricks 1m³ cement, 1400kg 3m3 sand, 4800kg Shrinkage £90.00 per tonne 25% £30.00 per tonne 102.5mm brickwork, to 7% 600 half-brick Assume 10m² be in Staffordshire Smooth Blue Facing £250.00 per thousand delivered to site, Perforated. Laid in stretcher bond, gauged mortar 1:3 0.05m³ mortar for 10m² Unloading Cement Per tonne 1 labourer £30 Bricks ΝΑ Labour details Gang Brickwork 2 Bricklayers 1 labourer 1 Plant Mortar Mix 100-litre mixer Type of Plant bricklayer 60 brick per m² Included in cost of material cost 1 Bricklayer £60.00 per hour 1 labourer £30 per hour Cost Output 4m³/hour £20.00 per hour Output Output of Allow 15% for overheads and profit

1:3 gauged mortar mix Estimating data for unit rate pricing Material Mortar: Details Waste Cost 5% Cement Sand Bricks 1m³ cement, 1400kg 3m3 sand, 4800kg Shrinkage £90.00 per tonne 25% £30.00 per tonne 102.5mm brickwork, to 7% 600 half-brick Assume 10m² be in Staffordshire Smooth Blue Facing £250.00 per thousand delivered to site, Perforated. Laid in stretcher bond, gauged mortar 1:3 0.05m³ mortar for 10m² Unloading Cement Per tonne 1 labourer £30 Bricks ΝΑ Labour details Gang Brickwork 2 Bricklayers 1 labourer 1 Plant Mortar Mix 100-litre mixer Type of Plant bricklayer 60 brick per m² Included in cost of material cost 1 Bricklayer £60.00 per hour 1 labourer £30 per hour Cost Output 4m³/hour £20.00 per hour Output Output of Allow 15% for overheads and profit

Fundamentals Of Construction Estimating

4th Edition

ISBN:9781337399395

Author:Pratt, David J.

Publisher:Pratt, David J.

Chapter11: Pricing Concrete Work

Section: Chapter Questions

Problem 9RQ: Calculate the cost per cubic yard to place concrete using each of the alternatives described. The...

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Calculate total cost per cubic yard of concrete, given the following:Concrete materials and batching costs = $70/cyTrucking = $6.00/cyPaving equipment = $370.00/hrPaving labor = $530.00/hrPaver production = 120 cy/hrIncidentals = $4.00/cyOverhead and profit = 20% of direct costs Group of answer choices $100.20 $87.5 $105.00 $107.50
Calculate total cost per cubic yard of concrete, given the following: Concrete materials and batching costs = $70/cy Trucking = $6.00/cy Paving equipment = $340.00/hr - Paving labor = $500.00/hr Paver production = 120 cy/hr Incidentals $4.00/cy Overhead and profit = 20% of direct costs 1.87.0 = O2.106.8 O 3.104.4 4.99.6
gooddd answer you get Upvote if I found it & I'll report it dear 259. How is concrete quality controlled on construction sites?
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Suppose you are assigned to supervise a construction site. The contractor bought cement and you are asked to advise them on how to store the cement. So as a professional who knows about the properties of cement and their storage cares, what will be your advice to the contractor?
Total rebar requirement for this project is 743pcs of 16mm x 6m, 50pcs of 12mm x 6m, 1,415pcs of 10mm x 6m. How much would be the material cost be if steel is at 40 Php per kg? Select the correct response: 546,100.00 Php 528,000.00 Php 501,240.00 Php 552,300.00 Php
A bill of quantity of a project includes 500m2 of masonry work. The work will be done by one crew with a production rate of 50 m2/day and consists of: Crew member No Price rate Brick layer 2 50$/day Assistant 1 25 Labor 2 12 Vendor price of 1000 bricks = 160$. Each 55 bricks are estimated to make one square meter of masonry. Each one cubic meter of mortar is used to join brick area of 50 m2 and consists of: Quantity Material Primary quotation form vendor One cubic meter Sand 15$/m3 6 sacks (50 kg each) Cement 240$/ton As a contractor, it is required to estimate the work unit price and the work price. Assume all material waste as 10% and assume overheads and markup as 20% of total cost. (WRITE THE ANSWER ONLY)
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Determine the concrete proportion of 2 slabs of the same size of the slab shown using class "C" mixture 40 kg/bag of cement. Instruction: For your answer, rounding of decimal places: 0.1-0.4 round up to 0.5 and 0.5-0.9 round up to nearest whole number - for sand and gravel; |always round up to nearest whole for cement. O10 4.00m 6.00m cement: 18 bags, sand: 1.5 cu. m, gravet: 2.5 cu, m cement: 36 bags, sand: 2.5 cu. m, gravet: 5 cu. m cement: 22 bags, sand: 1.5 cu. m. gravet: 2.5 cu. m cement: 29 bags, sand: 2.5 cu m gravet: 5 cu. m cement: 12 bags, sand: 1.5 cu. m, gravet: 25 cu m None of the choices SHOW COMPLETE SOLUTION WITH FBD
Homework # 2 Problem 1 The labor and material cost for a riprapping work is as follows: Labor: Materials: (For every 1 cu. m. volume) 1 Foreman @ P500.00 per hour Cement = 3 bags @ P150.00 per bag 1 Skilled Worker @ p40.00 per hour Sand = 0.25 cu. m. @P300.00 per cu. m. 5 Unskilled Workers @ P35.00 per hour Boulder = 1 cu. m. @P250.00 per cu. m. The accomplishment of the above laborers is 0.45 cubic meter per hour. Profit, overhead and miscellaneous expenses is 30% of the labor and material cost. Value Added Tax (VAT) is 10% of the labor cost. a) Determine the labor cost per cubic meter. b) Determine the cost of materials per cubic meter. c) Give the total cost of riprapping per cubic meter.
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Calculate the cost per cubic yard to place concrete using each of the alternatives described. The work in both cases consists of placing 140 cubic yards of concrete in footings. a. Using a crane and bucket at a price of $225 per hour, including an operator, with a crew consisting of 6 laborers, a cement finisher, and a foreman. The concrete will be placed in 7 hours using this setup, and transportation of the crane costs $390. b. Using a concrete pump at a price of $295 per hour, including an operator and a crew consisting of 5 laborers, a cement finisher, and a foreman. With this setup, concrete is placed in 6 hours and transportation of the pump costs $290.