Kai is making a chessboard using pieces of wood that measure 1sq in when she finishes the chessboard well have an area of 64 sq

Answer:

To complete each side of the chessboard, a total of 8 wooden pieces are required

Step-by-step explanation:

This problem is focused on determining how many pieces of wood are necessary for each side of the cheese board.

Initially, in order to find out how many pieces of wood to utilize, it’s essential to calculate the board's area divided by the individual piece of wood's area

From a mathematical perspective, this can be represented as 64 square inches / 1 square inch = 64 pieces of wood

Therefore, 64 pieces of wood will be required to finish the cheeseboard.

The count of pieces on each side of the cheese board can be obtained from √64.

This is due to the fact that a chessboard has a square shape.

Hence, the amount of pieces needed for each side is √64 = 8