Use 24 small cubes with the edge length of 1cm to put them into cuboids of different shapes. You can put several kinds of them. Please draw a diagram

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• 1. There are several ways to place 24 small cubes with 1 cm long edges into cuboids of different shapes. Among them, how many square centimeters is the largest surface area?
• 2. How many kinds of cuboids can be put into three different shapes with 36 cuboids with 1 cm long edges? What are the length, width and height of each cuboid
• 3. How many centimeters are the length, width and height of each cuboid? Scheme length width height one two three four five Just fill in the form for me
• 4. How many kinds of cuboids can be placed with 12 cuboids of 1 cm long? What are the length, width and height of each cuboid?
• 5. How many kinds of cuboids can be placed with 12 small cuboids with the edge length of 1cm? How many centimeters are the length, width and height of each cuboid?
• 6. How many different ways do you use 12 small cubes whose edges are 1 cm long to make a cuboid? What is the length, width and height of the cuboid?
• 7. There are several ways to make cuboids of different shapes with 36 cuboids whose edges are 1 cm long. How many centimeters are the length, width and height of each?
• 8. There are several different ways to make cuboids with different shapes by using 36 cuboids with 1 cm long edges
• 9. There are several different ways to make cuboids of different shapes with 12 cuboids whose edges are 1 cm long. What are the lengths, widths and heights of cuboids What's the surface area and volume?
• 10. There are several ways to make a cuboid with 24 cuboids whose edges are 1 cm long. Can you make a cuboid?
• 11. How many ways do you spell a rectangle with 12 small squares 1 cm in length? Draw it, and then calculate how many centimeters are the perimeter sides
• 12. How many kinds of spelling methods are there? What is the shortest perimeter of a rectangle?
• 13. Cut a 20 cm long iron wire into two sections, and make a square with the length of each section as the perimeter. To make the sum of the two squares equal to 17 square centimeters, what are the lengths of the two sections?
• 14. Cut a 20 cm long iron wire into two sections, and make a square with the length of each section as the perimeter. To make the sum of the two squares equal to 17 square centimeters, what are the lengths of the two sections?
• 15. Cut a 20 cm long wire into two sections, and make a square with the length of each section as the perimeter, then the minimum value of the sum of their areas is
• 16. How many square pieces of paper with side length a can make a new square? Try to write three answers and express the area of the new square in different ways
• 17. Several square cards with a side length spell out a new square, write out three answers, and express the area of the new square in different ways How many square cards with side length a can make a new square? Try to write three answers and express the area of the new square in different ways. What can you find from different ways?
• 18. How many different ways are there to make a rectangle out of 48 small squares with a side length of 1cm? How long? How wide? How large is the area? At least six fast
• 19. If the area of a square is 9 square units, what is the length unit of the side of the square
• 20. As shown in the figure, a large rectangle is just divided into six small squares, of which the smallest square area is 1 square centimeter, then the area of the large rectangle is () A. 154 square centimeter B. 143 square centimeter C. 132 square centimeter D. 120 square centimeter