The Plate Board Count for a Room calculator computes the number of top and bottom plate boards required for a room based on the length of the four walls and whether the top plate is doubled or single. Note: top plates are often doubled for load bearing walls. The user can choose from a list of standard board lengths with a default of 10 feet.
INSTRUCTIONS: Choose units and enter the following:
(L) Length of Room
(W) Width of Room
(bL) Length of lumber used for plate boards
(TP) Single or Double Top Plates (doubled for strength).
Plate Boards (nP): The Plate Boards required are computed and their number returned.
The Math / Science
The plate boards are on top and bottom of a stud wall. Typically, the top plate is doubled to carry load between studs. However, in non-load bearing applications, a single top plate is sometimes used.
Studs for a Room: Computes the number of stud boards required to frame a room based on the length of the four walls. Note: the stud count includes the extra studs at the corners where the walls meet.
Stud Cost for a Room: Computes the cost of stud boards required for a room based on the length of the four walls and and on the unit price of the boards.
Plate Boards for Room: Computes the number of top and bottom plate boards required for a room based on the length of the four walls and whether the top plate is doubled or single.
Plate Boards Cost for a Room: Computes the cost of plate boards required for a room based on the length of the four walls and whether the top plate is doubled or single and on the unit price of the boards.
Room Framing Cost: Computes the cost of studs and plate boards required for a room based on the length of the four walls and and on the unit price of the boards used for studs and plates.