That is 53x1 x 8/12 = 35.33 cubic feet. That is 1.31 yards and weighs 5300 pounds
It depends on the depth required
length*breadth*depth of the structure=...........m3 of concrete is needed. .
That depends on what depth you want the concrete !
Oops . . . please repost your question and include the depth of the concrete. You have to have all 3 dimensions in order to calculate volume (Cubic Yards of concrete).
Length x Width x Depth
It depends on the depth required
Impossible to answer - without knowing the depth of the sidewalk !
The recommended concrete depth for a driveway is typically 4 inches.
That would depend on the amount of sidewalk. ie. width x length. also the depth 4" or 6" the mix of the sidewalk, usually a city/county specified mix. and the contractors and suppliers rates. Best bet is to get several bids from local licensed contractors.
The recommended depth for the footer when constructing a concrete slab is typically around 12 inches.
this a type of beam which contain the depth of slab in its depth. and if you want to decrease the depth of beam then just design it again reducing the depth from 12 inch to 8 inch it will change the required area of steel and grade of concrete. thats it
length*breadth*depth of the structure=...........m3 of concrete is needed. .
1350/depth of the concrete in feet
4 inches
Concrete is calculated by determining the volume required for a specific project, typically expressed in cubic meters or cubic feet. To calculate the volume, measure the length, width, and depth of the area to be filled, then use the formula: Volume = Length × Width × Depth. Additionally, consider the mix ratio and any necessary adjustments for factors like waste and compaction. Finally, convert the volume to the appropriate units to determine how much concrete is needed.
That will depend on the thickness (depth) of the concrete.
The necessary steps for properly installing a concrete footing for a retaining wall include: Excavating the area to the required depth and width. Compacting the soil at the bottom of the excavation. Building a form to contain the concrete. Adding a layer of gravel for drainage. Pouring and leveling the concrete into the form. Allowing the concrete to cure before building the retaining wall on top.