For a rhombus, the centre of rotation is the point of intersection of ___________.

Sides

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Diagonals

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mid-points of sides

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None of these

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Solution

The correct option is C
mid-points of sides

For rhombus, the centre of rotation is the point of intersection of diagonals.

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\begin{matrix} S h a p e & C e n t r e o f R o t a t i o n & O r d e r o f R o t a t i o n & A n g l e o f R o t a t i o n S q u a r e R e c t a n g l e R h o m b u s E q u i l a t e r a l t r i a n g l e R e g u l a r h e x a g o n C i r c l e S e m i - c i r c l e \end{matrix}

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Prove that the circles described with four sides of a rhombus as diameters pass through the point of intersection of its diagonals.

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