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The accompanying diagram represents a screw gauge. The circular scale is divided into 50 divisions and the linear scale is divided into millimeters. If the screw advances by 1 mm when the circular scale makes 2 complete revolutions, find the least count of the instrument and the reading of the instrument in figure.

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Q1
The accompanying diagram represents a screw gauge. The circular scale is divided into 50 divisions and the linear scale is divided into millimeters. If the screw advances by 1mm when the circular scale makes 2 complete revolutions, the least count of the instrument and the reading of the instrument in figure are:
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Q2
The given diagram represents a screw gauge. The circular scale is divided into 50 divisions and the linear scale is divided into millimetres. If the screw advances by 1 mm when the circular scale makes 2 complete revolutions, find the least count of the instrument and the reading of the instrument in the figure.

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Q4

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