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Practise

Question bank

Original exam-style questions, mapped to your syllabus. Answers are checked for mathematical equivalence and every attempt updates your mastery.

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12 questions

SA-9702-FD2-0011 markL1 FoundationCalculatorPressure
Convert a density of 2.72.7 g cm⁻³ into kg m⁻³.

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0022 marksL1 FoundationCalculatorPressure
Calculate the pressure due to water at a depth of 1515 m, in kPa. (ρ=1000\rho=1000 kg m⁻³, g=9.81g=9.81 m s⁻²)

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0031 markL1 FoundationCalculatorPressure
Atmospheric pressure is 101101 kPa. Calculate the total pressure at a depth of 1515 m in water (147147 kPa due to water).

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0042 marksL1 FoundationCalculatorUpthrust
An object of volume 2.0×10−32.0\times10^{-3} m³ is fully submerged in water (ρ=1000\rho=1000 kg m⁻³). Calculate the upthrust. (g=9.81g=9.81 m s⁻²)

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0061 markL1 FoundationCalculatorUpthrust
The upthrust on a submerged object is caused by
Choose one option

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0071 markL1 FoundationCalculatorUpthrust
A 0.500.50 kg block of wood floats at rest in water. State the upthrust on it, in N. (g=9.81g=9.81 m s⁻²)

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0101 markL1 FoundationCalculatorPressure
At a point in a fluid at rest, the pressure
Choose one option

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0121 markL1 FoundationCalculatorUpthrust
Archimedes' principle states that the upthrust on an object in a fluid equals
Choose one option

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0052 marksL2 StandardCalculatorUpthrust
The object in the previous question has a mass of 5.05.0 kg. Calculate its apparent weight when fully submerged.

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0081 markL2 StandardCalculatorUpthrust
Wood of density 600600 kg m⁻³ floats in water (10001000 kg m⁻³). Calculate the fraction of its volume below the surface.

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0092 marksL2 StandardCalculatorPressure
Atmospheric pressure is 1.01×1051.01\times10^5 Pa. Calculate the height of a mercury column it supports. (ρHg=13 600\rho_{\text{Hg}}=13\,600 kg m⁻³, g=9.81g=9.81 m s⁻²)

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Salam Academy Original Practice · Proposed mark scheme
SA-9702-FD2-0113 marksL3 ExamCalculatorUpthrust
An iceberg (density 917917 kg m⁻³) floats in seawater (density 10251025 kg m⁻³). Calculate the fraction of its volume above the surface.

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Salam Academy Original Practice · Proposed mark scheme