SCHEDULE OF OPENINGS
SR. NO. | ITEM | DIAMENSION’S |
D | DOOR | 1.20 M X 2.10 M |
D1 | DOOR | 0.90 M X 2.10 M |
D2 | DOOR | 0.75 M X 2.10 M |
W | WINDOW | 1.20 M X 1.20 M |
V | VENTILATION | 0.75 M X 0.90 M |
V1 | VENTILATION | 1.20 M X 1.20 M |
Celling plaster quantity
Store room ( 2.20 meter x 3.00 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 2.20 x 3.00 ) x 6/1000 ……convert mm into meter
Volume of plaster = 6.6 x 0.006
Actual Volume of plaster = 0.0396 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.0396 + [0.0396 x (25/100)]
= 0.0396 + 0.0099
= 0.0495 m3
Therefore volume of plaster is taken = 0.0495 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.0495 / 1+4
Quantity of cement required = 0.0495 / 5
Quantity of cement required = 0.0099 m3 (cubic meter)
1 m3 = 30 bags
0.0099 m3 = ?
Cement bags required = 0.0099 x 30 = 0.297 bags
Quantity of sand required
= 0.0099 x 4
= 0.0396 m3
Celling plaster quantity
kitchen room ( 2.50 meter x 3.00 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 2.50 x 3.00 ) x 6/1000 ……convert mm into meter
Volume of plaster = 7.5 x 0.006
Actual Volume of plaster = 0.045 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.045 + [0.045 x (25/100)]
= 0.045 + 0.01125
= 0.05625 m3
Therefore volume of plaster is taken = 0.05625 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.05625 / 1+4
Quantity of cement required = 0.05625 / 5
Quantity of cement required = 0.01125 m3 (cubic meter)
1 m3 = 30 bags
0.01125 m3 = ?
Cement bags required = 0.01125 x 30 = 0.3375 bags
Quantity of sand required
= 0.01125 x 4
= 0.045 m3
Celling plaster quantity
Verandha (passage) ( 5.70 meter x 2.50 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 5.70 x 2.50 ) x 6/1000 ……convert mm into meter
Volume of plaster = 14.25 x 0.006
Actual Volume of plaster = 0.0855 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.0855 + [0.0855 x (25/100)]
= 0.0855 + 0.021375
= 0.1068 m3
Therefore volume of plaster is taken = 0.1068 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.1068 / 1+4
Quantity of cement required = 0.1068 / 5
Quantity of cement required = 0.02137 m3 (cubic meter)
1 m3 = 30 bags
0.02137 m3 = ?
Cement bags required = 0.02137 x 30 = 0.641 bags
Quantity of sand required
= 0.02137 x 4
= 0.085 m3
Celling plaster quantity
Bedroom ( 5.00 meter x 3.60 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 5.00 x 3.60 ) x 6/1000 ……convert mm into meter
Volume of plaster = 18 x 0.006
Actual Volume of plaster = 0.108 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.108 + [0.108 x (25/100)]
= 0.108 + 0.027
= 0.135 m3
Therefore volume of plaster is taken = 0.135 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.135 / 1+4
Quantity of cement required = 0.135 / 5
Quantity of cement required = 0.027 m3 (cubic meter)
1 m3 = 30 bags
0.027 m3 = ?
Cement bags required = 0.027 x 30 = 0.81 bags
Quantity of sand required
= 0.027 x 4
= 0.108 m3
Celling plaster quantity
Sitting room ( 5.70 meter x 4.10 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 5.70 x 4.10 ) x 6/1000 ……convert mm into meter
Volume of plaster = 23.37 x 0.006
Actual Volume of plaster = 0.1402 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.1402 + [0.1402 x (25/100)]
= 0.1402 + 0.027
= 0.03505 m3
Therefore volume of plaster is taken = 0.03505 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.03505 / 1+4
Quantity of cement required = 0.03505 / 5
Quantity of cement required = 0.007 m3 (cubic meter)
1 m3 = 30 bags
0.007 m3 = ?
Cement bags required = 0.007 x 30 = 0.21 bags
Quantity of sand required
= 0.007 x 4
= 0.028 m3
Celling plaster quantity
Entrance hall room ( 4.20 meter x 3.00 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 4.20 x 3.00 ) x 6/1000 ……convert mm into meter
Volume of plaster = 12.6 x 0.006
Actual Volume of plaster = 0.0756 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.0756 + [0.0756 x (25/100)]
= 0.0756 + 0.0189
= 0.0945 m3
Therefore volume of plaster is taken = 0.0945 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.0945 / 1+4
Quantity of cement required = 0.0945 / 5
Quantity of cement required = 0.0189 m3 (cubic meter)
1 m3 = 30 bags
0.0189 m3 = ?
Cement bags required = 0.0189 x 30 = 0.567 bags
Quantity of sand required
= 0.0189 x 4
= 0.0756 m3
Celling plaster quantity
Bed room ( 3.60 meter x 5.00 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = (3.60 meter x 5.00 meter) x 6/1000 ……convert mm into meter
Volume of plaster = 18 x 0.006
Actual Volume of plaster = 0.108 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.108 + [0.108 x (25/100)]
= 0.108 + 0.027
= 0.135 m3
Therefore volume of plaster is taken = 0.135 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.135 / 1+4
Quantity of cement required = 0.135 / 5
Quantity of cement required = 0.027 m3 (cubic meter)
1 m3 = 30 bags
0.027 m3 = ?
Cement bags required = 0.027 x 30 = 0.81 bags
Quantity of sand required
= 0.027 x 4
= 0.108 m3
Celling plaster quantity
Bath room ( 2.60 meter x 1.00 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 2.60 x 1.00 ) x 6/1000 ……convert mm into meter
Volume of plaster = 2.6 x 0.006
Actual Volume of plaster = 0.0156 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.0156 + [0.0156 x (25/100)]
= 0.0156 + 0.0039
= 0.0195 m3
Therefore volume of plaster is taken = 0.0195 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.0195 / 1+4
Quantity of cement required = 0.0195 / 5
Quantity of cement required = 0.0039 m3 (cubic meter)
1 m3 = 30 bags
0.0039 m3 = ?
Cement bags required = 0.0039 x 30 = 0.117 bags
Quantity of sand required
= 0.0039 x 4
= 0.0156 m3
Celling plaster quantity
W.C (Toilet) ( 1.75 meter x 0.90 meter )
Celling plaster thickness = 6 mm
Volume of plaster = Area of celling x Thickness of plaster
Volume of plaster = ( 1.75 x 0.90 ) x 6/1000 ……convert mm into meter
Volume of plaster = 1.575 x 0.006
Actual Volume of plaster = 0.00945 m3 (cubic meter)
Considering 25 % more due to losses.
= 0.00945 + [0.00945 x (25/100)]
= 0.00945 + 0.00236
= 0.01181 m3
Therefore volume of plaster is taken = 0.01181 m3
Cement mortar mix proportion (1:4)
Quantity of cement required = vol. Of plaster /mortar mix proportion
Quantity of cement required = 0.01181 / 1+4
Quantity of cement required = 0.01181 / 5
Quantity of cement required = 0.002362 m3 (cubic meter)
1 m3 = 30 bags
0.002362 m3 = ?
Cement bags required = 0.002362 x 30 = 0.07086 bags
Quantity of sand required
= 0.002362 x 4
= 0.009448 m3
