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12 questions
SA-FM-CS-Q01 1 mark L1 Foundation Non-calculator Solids
For a solid of revolution about the x x x -axis, x ˉ \bar x x ˉ is
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SA-FM-CS-X01 1 mark L1 Foundation Non-calculator Solids
Find the distance of the centre of mass of a solid hemisphere of radius 4 4 4 from its flat face.
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SA-FM-CS-X02 1 mark L1 Foundation Non-calculator Solids
Find the distance of the centre of mass of a solid cone of height 8 8 8 from its base.
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SA-FM-CS-001 2 marks L2 Standard Non-calculator Solids
A solid cone has height 12 12 12 cm. How far is its centre of mass from its base?
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SA-FM-CS-002 1 mark L2 Standard Non-calculator Solids
A solid hemisphere has radius 8 8 8 cm. How far is its centre of mass from the flat face?
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SA-FM-CS-G01 3 marks L2 Standard Non-calculator Laminas by integration
Find x ˉ \bar x x ˉ for the uniform lamina under y = x 2 y=x^2 y = x 2 , 0 ≤ x ≤ 2 0\le x\le2 0 ≤ x ≤ 2 .
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SA-FM-CS-X03 2 marks L2 Standard Non-calculator Laminas by integration
Find x ˉ \bar x x ˉ for the uniform lamina under y = x y=x y = x , 0 ≤ x ≤ 3 0\le x\le3 0 ≤ x ≤ 3 .
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SA-FM-CS-X04 2 marks L2 Standard Non-calculator Solids
The region under y = x y=x y = x , 0 ≤ x ≤ 4 0\le x\le4 0 ≤ x ≤ 4 , is rotated about the x x x -axis. Find x ˉ \bar x x ˉ for the solid.
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SA-FM-CS-003 3 marks L3 Exam Non-calculator Solids
The region under y = x y=\sqrt x y = x , 0 ≤ x ≤ 4 0\le x\le4 0 ≤ x ≤ 4 is rotated about the x x x -axis. Find x ˉ \bar x x ˉ for the solid.
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SA-FM-CS-X05 2 marks L3 Exam Non-calculator Laminas by integration
Find y ˉ \bar y y ˉ for the uniform lamina under y = x y=x y = x , 0 ≤ x ≤ 3 0\le x\le3 0 ≤ x ≤ 3 .
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SA-FM-CS-X06 2 marks L3 Exam Calculator Toppling
A uniform block of width 2 2 2 m and height 6 6 6 m stands on a rough slope that is slowly tilted (no sliding). Find the angle in degrees at which it topples.
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SA-FM-CS-004 3 marks L4 Challenging Calculator Toppling
A uniform solid cylinder of radius 3 3 3 cm and height 10 10 10 cm stands on a rough plane. The plane is slowly tilted; friction is enough to stop sliding. Find the angle (degrees) at which it topples.
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