The length and breadth of a rectangular sheet of paper are 60 cm and 30 cm, respectively. A square of side 5 cm is cut and removed from the four corners of the sheet. The rest of the paper is folded to form a cuboid (without the top face). Find the volume of the cuboid so formed (in `cm^(3)`).

The length and breadth of a rectangular sheet of a paper are 50 cm and 30 cm, respectively. A square of side 5 cm is cut and removed form the four corners of the sheet, and the rest of the pater is folded to form a cuboid (without the top face). Find the edge of the cube whose volume is one-fourth the volume of the cuboid so formed.

The side of a square metal sheet is 12 m. Four squares each of side 3 m are cut and removed from the four corners of the sheet and the remaining part is folded to form a cuboid (without top face). Find the volume of the cuboid so formed.

Four identical square pieces of side 2 cm are removed form the four corners of a square sheet of side 6 cm. The remaining paper is folded to form a cuboidal box without lid. Find the outer surface area of the box.

Length and breadth of a rectangular sheet of paper are 20cm and 10cm, respectively. A rectangular piece is cut from the sheet as shown in Fig. 6.6. Which of the following statements is correct for the remaining sheet?

From the four corners of a rectangular sheet of dimensions 25 cm xx 20 cm, square of side 2 cm is cut off from four corners and a box is made. The volume of the box is:

A rectangular sheet of paper,10cm long and 8cm wide has squares of side 2cm cut from each of its corners.The sheet is then folded to form a tray of depth 2cm. Find the volume of this tray.

From a rectangular sheet of tin, of size 100 cm by 80 cm, are cut four squares of side 10 cm from each corner. Find the area of the remaining sheet.