- 1 How do you figure concrete yardage?
- 2 How much concrete do I need for a 10×10 slab?
- 3 How big is a yard of concrete?
- 4 How much concrete do I need for a 40×60 slab?
- 5 How much does 2 yards of concrete cost?
- 6 How many bags of cement do I need for 100 square feet?
- 7 How many square feet does an 80lb bag of concrete cover?
- 8 How many bags of concrete do I need calculator?
- 9 How thick should a concrete slab be?
- 10 How much is a full truck load of concrete?
- 11 How many bags of concrete makes a yard?
- 12 How many 80lb bags of concrete make a yard?
- 13 How much concrete do I need for a 30×50 slab?
- 14 How much would a 30 by 40 garage cost?
- 15 Can pressure treated posts be set in concrete?
How do you figure concrete yardage?
How do I calculate how much concrete I need for a slab?
- Measure the area in feet.
- Multiply length by width, and then by thickness.
- Divide the resulting number by 27 to find cubic yards.
How much concrete do I need for a 10×10 slab?
For a 10 x 10 slab, we’d suggest a mix with a capacity of about 4,000 pounds per square inch, or psi. This is basic for residential projects, and it can withstand traffic and support heavy loads.
How big is a yard of concrete?
One Cubic Yard of Concrete: 4-inches thick – covers 81 square feet. 5-inches thick – covers 65 square feet. 6-inches thick – covers 54 square feet.
How much concrete do I need for a 40×60 slab?
On average, the amount of concrete you will need for a 40×60 slab for a barndominium will be $9,500 to $14,400. This calculation takes into factor the area of the slab, the cost of the concrete mix, and the national average of labor and materials you will need for the job.
How much does 2 yards of concrete cost?
According to the NRMCA – Ready Mixed Concrete Industry Data Survey, the average cost of concrete in 2018 was $120 per cubic yard, or $240 for the 2 cubic yards needed for a typical 10-by-10-foot patio.
Bulk Concrete Prices.
|Cubic Yards||Price Range|
How many bags of cement do I need for 100 square feet?
Ans.:- 7.6 no of cement bags (381.30 kgs) are required for 100 sq ft rcc roof slab 4 inch thick m20 grade concrete. Ans.:- 7.6 bags (381.30 kgs), 9.5 bags (476.10 kgs) & 11.4 bags ( 570.8 kgs) cement are required for 100 sq ft rcc roof slab 4 inch, 5inch & 6 inch thick respectively in m20 grade of concrete.
How many square feet does an 80lb bag of concrete cover?
4 sq feet in that amount of cement.
How many bags of concrete do I need calculator?
To determine how many bags of concrete you will need, divide the total cubic yards needed by the yield. Use the following yields per each bag size: 40 pound bag yields.011 cubic yards. 60 pound bag yields.017 cubic yards.
How thick should a concrete slab be?
Standard concrete floor slab thickness in residential construction is 4 inches. Five to six inches is recommended if the concrete will receive occasional heavy loads, such as motor homes or garbage trucks. To prepare the base, cut the ground level to the proper depth to allow for the slab thickness.
How much is a full truck load of concrete?
Full Truck Load of Concrete Cost
One full truckload of concrete is about 10 cubic yards and costs between $1,169 and $1,444 depending on the PSI mix. Anything less than a full truckload is considered a short load which adds $53 per cubic yard to your final price.
How many bags of concrete makes a yard?
On average, it will take 90 40lb bags, 60 60lb bags, or 45 80lb bags to fill one cubic yard of concrete.
How many 80lb bags of concrete make a yard?
how many 80lb bags of concrete are in a yard? You will need 45 bags of concrete mix to make a cubic yard of concrete. There’s 27 cubic feet of concrete in a cubic yard.
How much concrete do I need for a 30×50 slab?
Concrete Slab Cost Calculator
|Size (in feet)||Approximate Cost|
How much would a 30 by 40 garage cost?
An average 30×40, 1,200 sq ft, metal garage costs between $22,800 and $30,000, or $19-$25 per square foot.
Can pressure treated posts be set in concrete?
Simply setting the posts in concrete does create a condition that will accelerate rot in the bottom of the posts. With pressure–treated posts, the rot will be slow. Concrete should be poured around the post – no concrete under the post.