2.5 feet
It is the concrete "footprint" of your house / building. The size of said footer determines how much load it will be able to handle and thus how many stories are allowed on the building.
First Footer.
If you mean how wide a footer you need, only as thick as the old existing footer. Residential footers are usually way over designed, so there is no reason to make it wider. If you do mean thick, a normal house footer is 8" thick. If you are actually underpinning an existing footer, the dinensions are in front of you as you excavate under it for underpinning.??? Don't make it anymore complicated than that.
stacks footer
A brick mailbox footer should generally be at least 24 to 36 inches deep to ensure stability and prevent shifting due to frost heave or ground movement. The exact depth may vary based on local soil conditions and climate; in colder regions, deeper footings may be necessary. It's also important to pour the footer with concrete for added durability. Always check local building codes for specific requirements.
To calculate the amount of concrete needed for a footer that is 2 feet wide and 3 feet deep, you would also need to know the length of the footer. However, if we assume a length of 1 foot, the volume would be 2 ft (width) x 3 ft (depth) x 1 ft (length) = 6 cubic feet. To convert this to cubic yards, divide by 27, resulting in approximately 0.22 cubic yards of concrete needed for a 1-foot long section. Adjust the length as necessary to find the total volume for your specific footer dimensions.
Text that appears at the bottom of each page is called a footer.
The tfooter and theader elements are used to define the elements inside of a table that make up that tables header and footer respectively. They are particularly useful in complex tables, where the header and footer might otherwise not be obvious.
Today at lunch i had a frank-footer
Yes, a slab house typically requires a footer, also known as a footing. The footer serves as a stable base that helps distribute the weight of the structure and provides support, preventing settling or shifting over time. It is usually poured below the frost line to protect against ground movement due to freezing and thawing. Properly designed footers are essential for ensuring the long-term stability and durability of the slab foundation.
You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.You will find header and footer areas on forms and on reports in Access.
The window's construction will require a header and a footer.