Examples Of Perimeter
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The document provides 3 examples of perimeter calculations: 1) Finding the perimeter of a triangle with sides of 5, 9, and 11 cm, which equals 25 cm. 2) Calculating the perimeter of a rectangle and two similar squares shown in a diagram, which equals 34 cm. 3) Determining the cost of barbed wire to fence a 120m x 120m square garden, which is RM5280 using 480m of fencing at RM11 per meter.
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The document defines perimeter and provides formulas for calculating the perimeter of rectangles, squares, and triangles. It explains that perimeter is the distance around a two-dimensional shape. For rectangles, the perimeter formula is P=2(length+breadth). For squares, the formula is P=4xside. For triangles, the formula is P=a+b+c, where a, b, and c are the lengths of the three sides. An example problem calculates the perimeter of a triangular plot of land that is to be fenced with four rounds of wire.
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The document discusses perimeter and how to calculate it for different shapes. It defines perimeter as the distance around a shape and provides formulas to calculate perimeter for rectangles and polygons. For rectangles, the perimeter formula is P=2l+2w, where l is the length and w is the width. For polygons, you add up the lengths of all the sides. The document also shows how to use algebra to solve for missing side lengths when given the perimeter.
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The document contains solutions to 12 math questions about calculating properties of shapes like cuboids, cylinders, and boxes. The key details are:
1) Question 1 involves finding the surface area and volume of a cuboid with dimensions 5 cm x 9 cm x 12 cm.
2) Question 8 asks how many bricks are needed to build a wall based on its dimensions and the size of each brick.
3) Several questions involve finding surface areas, volumes, or radii of cylinders given various measurements like height, diameter, curved surface area, or total surface area.
Important questions for class 10 maths chapter 13 surface areas and volumes w...
1. The document contains solutions to 26 math questions about surface areas and volumes of shapes like spheres, cylinders, cones, cubes, and combinations of solids.
2. The questions cover calculating surface areas and volumes, as well as word problems involving combining or transferring volumes between shapes.
3. Many questions provide real-world contexts like tents, wells, or water storage to demonstrate applications of surface area and volume calculations.
MATH WEEK 4.pptx
The document discusses solving routine and non-routine volume problems involving cubes and rectangular prisms. It provides examples of calculating the volume of a cube with side length 2 cm (8 cm3) and a rectangular prism with dimensions 6cm x 5cm x 4cm (120 cm3). It then discusses the difference between routine and non-routine problems, providing examples of solving for the volume of a gift box and compost pit as routine problems, and using blocks to fill a storage bin as a non-routine problem.
W8 l1
The document discusses calculating the perimeter of different shapes. It explains that the perimeter is the distance around the edges of a shape. To find the perimeter of a rectangle, you need to know the length and width, and then add them together. It provides examples of calculating perimeters of rectangles and squares by adding up the side lengths. The key steps to find perimeter are to identify the measurements of the sides and then add them together.
Surface area and volume of solids. Download the power point presentation to e...
Finding the surface area and volume of solids. Download the power point presentation to enable animation.
Disclaimer: Some parts of the presentation are obtained from various sources. Credit to the rightful owners.
Perimeter & Circumference
This document discusses perimeter and circumference. It defines perimeter as the distance around a polygon, which is calculated by summing the lengths of its sides. Circumference is defined as the distance around a circle. The formula for circumference of a circle is C=2πr, where r is the radius. Several examples are provided to demonstrate calculating perimeter of polygons like rectangles, trapezoids, and regular pentagons. Circumference examples use the formula to find distance traveled when a bicycle wheel rotates or circumference of a circle given its diameter. Practice problems are provided to find perimeter of shapes and circumference of circles.
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Hmh alg1 mod7 1 volume of prisms & cylinders (1)
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Examples Of Perimeter
- 1. Let’s see some of the examples…..
- 2. 1. Find the perimeter of a triangle with sides measuring 5 centimeters, 9 centimeters and 11 centimeters.
- 3. 1. Find the perimeter of a triangle with sides measuring 5 centimeters, 9 centimeters and 11 centimeters. The solution is:
- 4. 1. Find the perimeter of a triangle with sides measuring 5 centimeters, 9 centimeters and 11 centimeters. P = 5 cm + 9 cm + 11 cm = 25 cm The solution is:
- 5. 2. The diagram shows a rectangle and two similar squares.
- 6. 2. The diagram shows a rectangle and two similar squares. Solution:
- 7. 2. The diagram shows a rectangle and two similar squares. Calculate the perimeter, in cm of the whole diagram. Solution: P = (8 x 3) + (2 x 5) = 34cm 3cm 5cm
- 8. 3. Steven would like to fenced a square garden which measures 120m x 120m with barbed wire. The cost of the barbed wire is RM11 per meter. Calculate the cost of the barbed wire used to fence the field. 120m
- 9. 3. Steven would like to fenced a square garden which measures 120m x 120m with barbed wire. The cost of the barbed wire is RM11 per meter. Calculate the cost of the barbed wire used to fence the field. 120m Solution:
- 10. 120m Solution: 3. Steven would like to fenced a square garden which measures 120m x 120m with barbed wire. The cost of the barbed wire is RM11 per meter. Calculate the cost of the barbed wire used to fence the field. P = 4 x 120m = 480m
- 11. 3. Steven would like to fenced a square garden which measures 120m x 120m with barbed wire. The cost of the barbed wire is RM11 per meter. Calculate the cost of the barbed wire used to fence the field. 120m Solution: P = 4 x 120m = 480m Cost of barbed wire = RM11 x 480m = RM 5280