Squares are used to measure area because they fit together without leaving gaps or overlaps. Unlike circles, squares can completely cover any shape, making them reliable for calculating accurate measurements. Class 6 NCERT Ganita Prakash Chapter 6 Perimeter and Area class 6 ...
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Shape D has more area than Shape F. Shape D is twice the size of Shape C, while Shape F is equal in area to Shape C. Hence, Shape D is larger. Class 6 Mathematics Chapter 6 Perimeter and Area question ...
The perimeters of both rectangles added together are always 1.5 times the perimeter of the square. This is because folding creates two rectangles with lengths equal to half the square. Option (C) is correct. class 6 Mathematics Textbook Chapter 6 question ...
The dimensions of a rectangle whose area is the sum of the areas of these two rectangles having measurements. The areas of the rectangles are: Area 1 = 5 × 10 = 50 square meters Area 2 = 2 × ...
The area of the blue rectangle is equal to the area of the yellow triangle. This is because the triangle is formed by dividing the rectangle into two equal parts diagonally. Class 6 Mathematics Ganita Prakash Perimeter and Area Class 6 Mathematics ...
An example is finding the area and perimeter of a rectangular park. If the length is 20 m and breadth is 15 m, area = 20 x 15 = 300 sq m, perimeter = 2 x (20 + 15) = ...
Perimeter formulas: Rectangle: 2 x (length + breadth). Square: 4 x side. Area formulas: Rectangle: length x breadth. Square: side x side. Triangle: 1/2 x base x height. Class 6 NCERT Ganita Prakash Chapter 6 Perimeter and Area class 6 Mathematics Textbook ...
Inner track perimeter = 2 x (60 + 30) = 180 m. Toshi’s distance = 7 x 180 = 1260 m. Comparing distances, Toshi (1260 m) ran farther than Akshi (1100 m). Class 6 Mathematics Chapter 6 Perimeter and Area question ...
Area is the region enclosed by a shape, measured in square units. Perimeter is the total boundary length, calculated as the sum of all side lengths or using specific formulas like 2 x (length + breadth). Class 6 Mathematics Chapter 6 ...
Area of the grove = 100 x 50 = 5,000 square meters. Maximum trees = 5,000 ÷ 25 = 200 trees. The grove can accommodate 200 coconut trees. class 6 Mathematics Textbook Chapter 6 question answer class 6 Mathematics Chapter 6 Perimeter ...