A 12-1/2-gauge Annular Ring drywall nail that is 1-1/4" in length can be used to install drywall no thicker than _____.

A 12-1/2-gauge Annular Ring drywall nail that is 1-1/4" in length can be used to install drywall no thicker than _____.

• A. 1/4"
• B. 3/8"
• C. 5/8"
• D. 1/2"

Answer: (D)

The 12-1/2-gauge Annular Ring drywall nail that is 1-1/4" in length is specifically designed to secure drywall to wooden studs. When determining the maximum thickness of drywall that can be effectively installed using these nails, it's essential to consider the penetration capabilities of the nail. For drywall installation, the general guideline is that the nail should penetrate into the wooden stud by a certain amount to ensure a strong hold. The recommended thickness for drywall installations with a 1-1/4" nail is up to 1/2". This means that typically, for drywall thicknesses greater than 1/2", longer nails or different fastening methods may be needed. Given that the nail length allows for a secure fastening while ensuring the drywall is properly adhered to the studs, the 1/2" thickness is the maximum that can be confidently supported by a nail of this length and gauge without risking insufficient penetration or holding strength. Hence, this results in the correct answer being 1/2".

The 12-1/2-gauge Annular Ring drywall nail that is 1-1/4" in length is specifically designed to secure drywall to wooden studs. When determining the maximum thickness of drywall that can be effectively installed using these nails, it's essential to consider the penetration capabilities of the nail.

For drywall installation, the general guideline is that the nail should penetrate into the wooden stud by a certain amount to ensure a strong hold. The recommended thickness for drywall installations with a 1-1/4" nail is up to 1/2". This means that typically, for drywall thicknesses greater than 1/2", longer nails or different fastening methods may be needed.

Given that the nail length allows for a secure fastening while ensuring the drywall is properly adhered to the studs, the 1/2" thickness is the maximum that can be confidently supported by a nail of this length and gauge without risking insufficient penetration or holding strength. Hence, this results in the correct answer being 1/2".