apply and analyze\n1. give two reasons why carpenters install doors and windows with their tops at the same…

apply and analyze\n1. give two reasons why carpenters install doors and windows with their tops at the same height.\n2. what are two alternative methods to construct a header for large window openings without decreasing the length of the cripple studs?\n3. why is a story pole often used when laying out wall framing?\n4. after corner posts are plumb and top plates are doubled, how is a wall straightened?\n5. what are four major benefits of advanced framing?\n6. name two different uses for housewrap.\n7. using 120 for the wall length, assume there are 6 corners, 5 intersections, 10 openings, and the framing is 24\ oc. find the number of studs needed, including outside walls and partitions.

Answer

Explanation:

Step1: Convert wall length to inches

The wall length is 120 feet. Since 1 foot = 12 inches, 120 feet = 120×12 = 1440 inches.

Step2: Calculate number of studs based on spacing

The framing is 24 - inches on - center (OC). The number of spaces between studs is $\frac{1440}{24}=60$. The number of studs for the length of the wall is 60 + 1=61.

Step3: Account for corners

Each corner typically has 2 or more studs. Assuming 2 studs per corner, for 6 corners, we add 6×2 - 6 = 6 additional studs (we subtract 6 because the corners are already partially counted in the length calculation).

Step4: Account for intersections

Assuming 2 additional studs per intersection, for 5 intersections, we add 5×2 = 10 studs.