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The figure shows that 10" by 15" rectangular bricks can tile a 60" by 60" square. (a) Is there a smaller size square that can be tiled with 10" by 15" bricks, all placed horizontally? Explain why or why not. (b) What is the smallest square that can be tiled with horizontal 10" by 12" bricks? Explain your reasoning. ... OA. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the least common multiple of 10" and 15" which is OB. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the greatest common divisor of 10" and 15" which is OC. There is not a smaller square that can be created with 10" by 15" rectangular bricks. (b) Select the correct choice below and, if necessary, fill in the answer box to complete your choice. OA. A square cannot be created with 10" by 12" rectangular bricks. OB. The smallest square can be made with a side length based on the least common multiple of 10" and 12" which is OC. The smallest square can be made with a side length based on the greatest common divisor of 10" and 12" which is (?) 76°F Next A

The figure shows that 10" by 15" rectangular bricks can tile a 60" by 60" square. (a) Is there a smaller size square that can be tiled with 10" by 15" bricks, all placed horizontally? Explain why or why not. (b) What is the smallest square that can be tiled with horizontal 10" by 12" bricks? Explain your reasoning. ... OA. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the least common multiple of 10" and 15" which is OB. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the greatest common divisor of 10" and 15" which is OC. There is not a smaller square that can be created with 10" by 15" rectangular bricks. (b) Select the correct choice below and, if necessary, fill in the answer box to complete your choice. OA. A square cannot be created with 10" by 12" rectangular bricks. OB. The smallest square can be made with a side length based on the least common multiple of 10" and 12" which is OC. The smallest square can be made with a side length based on the greatest common divisor of 10" and 12" which is (?) 76°F Next A

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter63: Volumes Of Pyramids And Cones
Section: Chapter Questions
Problem 34A
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The figure shows that 10" by 15" rectangular bricks can tile a 60" by 60" square. (a) Is there a smaller size square that can be tiled with 10" by 15" bricks, all placed horizontally? Explain why or why not. (b) What is the smallest square that can be tiled with horizontal 10" by 12" bricks? Explain your reasoning. OA. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the least common multiple of 10" and 15" which is OB. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the greatest common divisor of 10" and 15" which is OC. There is not a smaller square that can be created with 10" by 15" rectangular bricks. (b) Select the correct choice below and, if necessary, fill in the answer box to complete your choice. OA. A square cannot be created with 10" by 12" rectangular bricks. OB. The smallest square can be made with a side length based on the least common multiple of 10" and 12" which is OC. The smallest square can be made with a side length based on the greatest common divisor of 10" and 12" which is 76°F Next
Transcribed Image Text:The figure shows that 10" by 15" rectangular bricks can tile a 60" by 60" square. (a) Is there a smaller size square that can be tiled with 10" by 15" bricks, all placed horizontally? Explain why or why not. (b) What is the smallest square that can be tiled with horizontal 10" by 12" bricks? Explain your reasoning. OA. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the least common multiple of 10" and 15" which is OB. There is a smaller square that can be created with 10" by 15" rectangular bricks. The side length is based on the greatest common divisor of 10" and 15" which is OC. There is not a smaller square that can be created with 10" by 15" rectangular bricks. (b) Select the correct choice below and, if necessary, fill in the answer box to complete your choice. OA. A square cannot be created with 10" by 12" rectangular bricks. OB. The smallest square can be made with a side length based on the least common multiple of 10" and 12" which is OC. The smallest square can be made with a side length based on the greatest common divisor of 10" and 12" which is 76°F Next
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