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Find the Mass of a Circular Plate of Radius a Whose

Question 93

Multiple Choice

Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre.

A) $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$ $\pi$ $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$
B) $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$ $\pi$ $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$
C) $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$ $\pi$ $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$
D) $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$ $\pi$ $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$
E) $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$ $\pi$ $Find the mass of a circular plate of radius a whose density is numerically equal to the distance from the centre. A) \pi B) \pi C) \pi D) \pi E) \pi$