Area and Volume © Don Link, Indian Creek School, 2004 Revision.

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Area and Volume © Don Link, Indian Creek School, 20 Revision

Transcript of Area and Volume © Don Link, Indian Creek School, 2004 Revision.

Page 1: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

Area and VolumeArea and Volume

© Don Link, Indian Creek School, 2004

Revision Revision

Page 2: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

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AA BB CC DD EE

Page 3: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

a) 6 b) 8 a) 6 b) 8

(a)How many faces does this solid have?

(b) How many vertices are on this solid?

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Page 4: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

108 cm108 cm22

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What is the Surface Area of this solid?

Page 5: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

A, C, BA, C, B

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a) Trapezium b) 10.625 cma) Trapezium b) 10.625 cm22

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a) What mathematical name can we give to the shaded shape?

b) Work out the area of the shaded shape

Page 7: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

10 hours 10 hours

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72 cm72 cm33

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What is the Volume of this solid?

Page 9: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

30 cm30 cm22

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Find the area of this L shape

Page 10: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

37.2 cm37.2 cm33

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Find the volume of this door wedgeto 1 decimal place

Page 11: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

188.5 cm188.5 cm

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18x18x3 3

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3 rectangles 3 rectangles and 2 triangles and 2 triangles

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The net of a triangular prism is made from triangles and rectangles.

How many of each shape are needed?

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a)a)57.8 cm 57.8 cm b) 265.9 cmb) 265.9 cm22

Find (to 1 d.p.)a) The Circumference

b) The Area

Page 15: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

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Draw the net of this solid

Page 16: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

3.5 cm3.5 cm

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0.54 m0.54 m33 or 540,000 cm or 540,000 cm33

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a) 36 cma) 36 cm33 b) 66 cm b) 66 cm22

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Finda) The Volume

b) The Surface Area

Page 19: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

9.408 litres9.408 litres

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How many litres of water will this cuboid hold?

Page 20: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

2970000 cm2970000 cm33

2.97 m2.97 m33

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What is the volume of this pathway that is made out of cement?

Page 21: Area and Volume © Don Link, Indian Creek School, 2004 Revision.

$400

423.33 cm423.33 cm33

Find the volume of this cylinder.

Give your answer to 2 decimal places.

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$500

318.9 cm318.9 cm22

Find the Surface Area of this cylinder.

Give your answer to 4 significant figures.

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$100

30 cm30 cm22

Find the area of this right-angled triangle.

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a)a)4032 cm4032 cm33

b)b) 1560 cm1560 cm22

Find thea) Volumeb) Surface Area

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21.9 cm 21.9 cm

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684684

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45 cm45 cm22