The appropriate seer (Seasonal Energy Efficiency Ratio) size for a 2,600 sq ft home typically falls between 14 to 16 SEER for moderate climates. However, factors such as insulation quality, local climate, and specific cooling needs can influence the ideal size. It's essential to consult with an HVAC professional to assess your home's unique requirements and ensure optimal efficiency.
In 1976, the average cost to build a home was approximately $39 to $50 per square foot, depending on location and materials. For an 1800 sq ft two-story home, this would translate to a total construction cost ranging from about $70,200 to $90,000. Therefore, the cost per square foot for such a home would be within that range, averaging around $45 per square foot. Adjustments for specific local factors could further influence these estimates.
downstream of a closet bend within 8 ft for three inch pipe and 10 feet for 4 in pipe at least half the size of the drain... unless it is stack vented then it would be full size of the stack right
1 Meter = 3.2808399 ft to be exact=]
Antenna or spire509.2 m (1,670.6 ft)Roof449.2 m (1,473.8 ft)Top floor439.2 m (1,440.9 ft)
131.2335958 ft Direct Conversion Formula 40 m* 1 ft 0.3048 m = 131.2335958 ft
68 ft x 40 ft
It's the same as a room 1 ft wide, 2600 ft long.
To determine the appropriate size of a SEER (Seasonal Energy Efficiency Ratio) system for a 2,900 sq ft home, you generally need to consider factors like climate, insulation, and home layout. A rule of thumb is that you need about 1 ton of cooling capacity for every 600 to 1,000 sq ft. This suggests that a 3 to 5-ton unit may be suitable, but it's best to consult with an HVAC professional for a precise calculation based on specific conditions.
No. You at least need a 3.5 to 4 ton.
2600 to 6700 ft
2600
Many things depend on this answer, so I'll offer you a guestimate. If your home is a single story, 2600 sq ft with 8 ft ceilings, and pretty loose leakage, you'll need approximately a minimum BTU/hr of 31200 BTU's, and a maximum of 62400 BTU's/hr. If it's a 2 story, with 8' ceilings, and average leakage, you'll want a minimum of 20280 BTU's and a maximum of 40560 BTU's/hr. Please check with your local professional to be exact.
Between 2000-2500 sq. ft.
bases- 90 ft home to rubber- 60 ft 6 in.
It is recommended a four Tom air-conditioner is needed to cool a 3200 square foot home. The size of the air conditioner is dependent upon several different factors.
The answer to your question depends on the size of the car that you use for your computations. Since you have not defined the dimensions of the car the easiest thing to do is to define the area of a typical car & use that as the basis for determining an answer for your question. 1 Define Car Dimensions: (e.g. a Toyota Camry) Length = 189.2 inches Width = 71.7 inches 2. Compute Car area: Area = L x W square inches = in^2 = 189.2" x 71.7" square inches = in^2 = 13,565.64 3. Convert square inches to square feet: Square feet = ft^2 Conversion Ratio: 1 ft^2 = 144 in^2 = ft^2/144 in^2 ft^2 = 13,565.64 in^2 * ft^2/144 in^2 Ft^2 = 13,565.64 ft^2/144 Ft^2 = ~94.2 4. Compute how many cars would fit into an area that is 2600 ft^2: Answer = 2600 ft^2 / 94.2 ft^2 Answer = ~27.6 cars will fit into an area that is 2600 ft^2, if there is no spacing between the cars. Finding or making .6 of a car might be a bit difficult however!
1800 btus