TH14428C3 - - Google Patents

Abstract

------ 17/10/2017 ------ (OCR) page 1 of number 1 page Invention summary. Mathematics learning materials, factorization series. (The difference set of the third) is a medium used by teachers in learning Classroom teaching It looks like 4 rectangular wooden bars, each of which is painted differently. Which make up a rectangular shape with a cubic shape, given that the width is length a, length a unit, and height has length a, making a rectangular wooden bar that looks like A cube has a volume of a * a X a cubic unit, or a5 cubic unit. With the first piece of wood The large rectangular shape that has been defined with its width a - b, length a unit length and height a unit length, making this the largest rectangular wooden bar. Has a volume equal to (a - b) X a x a cubic unit. The second piece is a rectangular wooden bar with The minor size defines the width of the length b, the length a - b length, and the height a unit of length, giving this minor rectangular bar a volume of b X ( a - b) X a cubic units The third piece is a rectangular wooden bar. The next piece is assigned a length b, length b, and height a - b. This has a volume equal to b X b X (a - b) cubic units. And the fourth is a rectangular wooden bar that looks like A cube has a length of b, a length of b, and a height of b, giving this cube-shaped rectangular bar a volume of b X b X b cubic units, or b3. Unit cubic To explain and show the factorization of numbers that are Difference of the third By linking from the relation of the volume of rectangles to the correlation formula There is a 3 - b3 = (a - b) (a2 + ab + b2) factorization of the numbers that are the difference of the cubes. This invention is suitable for use as a material for teaching mathematics in the classroom. Study Factoring of numbers as the difference of the cubes And facilitate teachers in their choice of Mathematics materials used in teaching and learning in the classroom correctly. Build knowledge and understanding Of students in creating knowledge that is proof of the theory From concrete to abstract Is a quality medium Academic correct in mathematics Materials that are strong, durable, reduce costs and reduce time required. Invented media many times and convenient to store. Foster creativity and a positive attitude in learning About mathematics for Tai students ------------ Mathematics learning materials, factorization series. (The difference set of the third) is a medium used by teachers in learning Classroom teaching It looks like 4 rectangular wooden bars, each of which is painted differently. Which make up a rectangular shape with a cubic shape, given that the width is length a, length a unit, and height has length a, making a rectangular wooden bar that looks like A cube has a volume of a x a x a cubic unit, or a3 cubic unit. With the first piece of wood The largest rectangular shape is defined as its width a - b, length a unit length, and height a unit length, making this the largest rectangular bar. Has a volume equal to (a - b) x a x a cubic unit. The second piece is a rectangular wooden bar with The minor size defines the width of the length b, the length a - b length, and the height a unit of length, giving this minor rectangular bar a volume of bx (a - b) xa cubic units The third piece is a rectangular wooden bar. The next piece is assigned a length b, length b, and height a - b. This has a volume equal to b x b x (a - b) cubic units. And the fourth is a rectangular wooden bar that looks like A cube has a length of b, a length of b, and a height of b, giving this cubic-like rectangular bar a volume of b x b x b cubic units, or b3 cubic units. To explain and show the factorization of numbers that are Difference of the third By linking from the relation of the volume of rectangles to the correlation formula There is a 3 - b3 = (a - b) (a2 + ab + b2) factorization of the numbers that are the difference of the cubes. This invention is suitable for use as a material for teaching mathematics in the classroom. Study Factoring of numbers as the difference of the cubes And facilitate teachers in their choice of Mathematics materials used in teaching and learning in the classroom correctly. Build knowledge and understanding Of students in creating knowledge that is proof of the theory From concrete to abstract Is a quality medium Academic correct in mathematics Materials that are strong, durable, reduce costs and reduce time required. Invented media many times and convenient to store. Foster creativity and a positive attitude in learning It's about mathematics for students.

Claims (1)

Disclaimer (all) which will not appear on the advertisement page. : ------ 17/10/2017 ------ (OCR) Page 1 of 1 page Disclaimer 1. Mathematics learning materials, factorization series. (Difference set of thirds) characterized by Four rectangular wooden bars, each individually painted, that make up a rectangle. A cubic right angle, given that its width is a, length is a, and height has length a, a cubic rectangular rod has a volume of a X a X. a unit cubic or a3 cubic unit. Where one is the largest rectangular rod (1), where the width is a - b, length is a, and height has length a, making the rod a square. This largest right angle has a volume equal to (a - b) X a X a unit cubic. The second part is a rectangular rod with a minor size (3), given that the width is b length, length a - b, and height a unit length. This minor rectangle has a volume of b X (a - b) X a cubic unit. The third part is a rectangular sill (2), given that the width is b, length b, length b, and height a - b, giving this rectangular sill the volume equal b X b X (a - b) cubic units And the fourth is a rectangular rod with a cubic appearance (4), given that the width is b, length is b, and height has length b. This cubic nature has a volume of b X b X b cubic units, or b3 cubic units. To be used in connection from the volumetric relationship of rectangular to The correlation formula for the factorization of numbers as the difference of the cubes, i.e. a3 - b3 = (a - b) (a2 + ab + b2) ------------ 1. Mathematics learning materials, factorization series. (Difference set of thirds) characterized by Four rectangular wooden bars, each individually painted, that make up a rectangle. A cubic right angle, given that its width a length a, length a unit, and the height a unit length, a cubic rectangular rod has the same volume as the cubic axaxa, or a3 cubic unit The first is the largest rectangular wooden bar (1), where the width is a - b, length is a, and height is a unit of length. This largest right angle has a volume equal to (a - b) xaxa cubic units. The second part is a rectangular bar with a minor size (3), given that the width is b, length is a - b, and height is a unit of length. This minor rectangle has a volume of bx (a - b) xa cubic unit. The third part is a rectangular wooden bar (2), given that the width is b, length is b, and height has length a - b, giving this rectangular wooden bar the same volume. bxbx (a - b) cubic units And the fourth is a rectangular wooden bar that has a cubic shape. (4) The width is b length, length b, and height is b length. Looks like this cubic has a volume equal to bxbxb cubic units or b3 cubic units. To be used in connection from the volumetric relationship of rectangular to The correlation formula for the factorization of numbers as the difference of the cubes, that is, a3 - b3 = (a - b) (a2 + ab + b2).