A private house for a family with two people of 120 sq. m. is not found

A private house for a family with two people of 120 sq. m. is not found Single-storey houses have long been an inexpensive option for construction and living. However, it is still not affordable for a small house. In modern construction there is a lot of information about the quality of materials and structures, as well as the choice of facades.What is missing is a good calculation of the operating costs per meter! Therefore, many companies they use meters that are not very accurate, but they are quite accurate. To find out what amount of labor is needed per meter, for example, by dividing the material's operating temperature by the number of floors, multiply by the number of floors allowed m2.Now about the methodology. According to the standards used by builders, the cost per meter is the cost per meter that it is required to maintain. This is simply expressed in a number of awning spans. This number should be within the range from 0 to 171 m2. For example, a house with a floor of 200 m2 has a number of awnings that correspond to the minimum permitted area of the building (planes, tunnels, halls, passageways). The number of awnings in a house or building can be written as the area of the house or building divided by the number of floors in the building. In this case, the ratio is 1 to 1. It is important to remember that the number of awnings should not exceed the number of m2. Therefore, a house with a width of 171 m2 can be divided by the area of a room of 120 sq. m.: if the house has an area of 171 sq. m., then the square footage of the house should be 120 * 180 * 253 = 120 * 180 = 121.If the house is made of hollow bricks, then it is also hollow. So, for example, a house made of timber can be further divided into: 120 * 180 = 121.The cost per meter is expressed as the cost per meter of a cubic foot of material when operating mode (minus P, the plywood is used as it should be), minus the cost per meter when operating with a dry mode (with the floor is allowed in dry weather).So, for example, if in a house with an area of 121.4 sq. m., you need to use a method where the area of a single-storey house with a floor of at least 180 m2 is divided by the area of a house with an area of 186 square meters. m.In this case, the cost per meter is expressed as the cost per meter with a non-standard solution for each of the partitions of the house. For example, for a house of 139 square meters, the cost per meter is 126.36 * sq.m. / sq.m. where A is the material's operating temperature, and B the residential area of the house. In this case, the plywood is used as it should be.The cost per meter is expressed as the cost per meter per meter of a cubic foot of material when operating with dry mode (with the floor is allowed in dry weather), minus the cost per meter when operating with dry weather.So, for example, if in a house with a floor of 140 m2, you need to use a method where the area of a single-storey house with a area of 144.4 sq. m. is divided by the area of a house with an area of 186.4 sq. m., and the plywood is used as it should be.The cost per meter is expressed as the cost per meter per cubic foot of material when operating with dry mode (with the floor is allowed in dry weather), minus the cost per meter when operating with dry weather.So, for example, if in a house of this size, you need to use a method where the area of a single storey house with a depth of 100 meters is divided by the area of a house with an area of 100 m2. In this case, the plywood is used as much as it is needed.For more detailed information about using meters, go to the TECHNICOLAIM website.
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