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3.1 Energy stores and calculations

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Question 50

A rescue helicopter winch lifts a medical rescue pack of mass 25 kg vertically from a marine vessel up to the helicopter cabin. The cabin is 40 m higher than the deck of the vessel.

Calculate the gain in gravitational potential energy, $ΔEp\Delta E_p$ , of the rescue pack.

Use $9.8\text{ N/kg}$ .

Use the equation:

\Delta E_p = m \times g \times \Delta h

[2]

Markscheme

3.1 Energy stores and calculations Questions

GCSE
Physics
3.1 Energy stores and calculations

82 exam-style questions on Edexcel GCSE Physics 3.1 Energy stores and calculations. Each one has a worked solution and a mark scheme showing where the marks go.

3.1 Energy stores and calculations

Question bank

3.1 Energy stores and calculations

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Question 50

A rescue helicopter winch lifts a medical rescue pack of mass 25 kg vertically from a marine vessel up to the helicopter cabin. The cabin is 40 m higher than the deck of the vessel.

Calculate the gain in gravitational potential energy, $ΔEp\Delta E_p$ , of the rescue pack.

Use $9.8\text{ N/kg}$ .

Use the equation:

\Delta E_p = m \times g \times \Delta h

[2]

Markscheme

3.1 Energy stores and calculations Questions

GCSE
Physics
3.1 Energy stores and calculations

82 exam-style questions on Edexcel GCSE Physics 3.1 Energy stores and calculations. Each one has a worked solution and a mark scheme showing where the marks go.