Describe how you could determine the centre of gravity of an irregularly shaped piece of card using the edge of the ruler instead of the plumb-line method above.

Presentation/ power point
1 The centre of gravity of a metre rule is found to be at its 48.3 cm mark. Suggest Why it is not at the 50.0 cm mark. (1 mark)
2 Use diagrams to show the centre of mass of foctIon a a flat circular plate;
a flat circular plate; (1 mark)
a rectangular table; (1 mark)
a triangular card. (1 mark)
3 Describe how you could determine the centre of gravity of an irregularly shaped piece of card using the edge of the ruler instead of the plumb-line method above.
4 Explain why the centre of gravity for a table-tennis ball is in the empty space inside the ball, rather than in the plastic cf ball itself.
5 Suggest how you can locate the centre of mass of in space where there is no detectable gravitation:, (4, marks)

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