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For a series of point in a line and at zero height which are affected by gravitational attraction exerted by a buried sphere of density contrast 1.5 gm/cm, the anomaly versus horizontal distance curve has a maximum of 4.526 MGal and a point of inflexion at 250 m from the maximum. Calculate the anomalous 3 mass. (A) 25.26 gu

For a series of point in a line and at zero height which are affected by gravitational attraction exerted by a buried sphere of density contrast 1.5 gm/cm, the anomaly versus horizontal distance curve has a maximum of 4.526 MGal and a point of inflexion at 250 m from the maximum. Calculate the anomalous 3 mass. (A) 25.26 gu

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For a series of point in a line and at zero height which are affected by gravitational attraction exerted by a buried sphere of density contrast 1.5 gm/cm°, the anomaly versus horizontal distance curve has a maximum of 4.526 MGal and a point of inflexion at 250 m from the maximum. Calculate the anomalous 3 mass. (A) 25.26 gu (B) 45.26 gu (C) 52.43 gu (D) 60.10 gu
Transcribed Image Text:For a series of point in a line and at zero height which are affected by gravitational attraction exerted by a buried sphere of density contrast 1.5 gm/cm°, the anomaly versus horizontal distance curve has a maximum of 4.526 MGal and a point of inflexion at 250 m from the maximum. Calculate the anomalous 3 mass. (A) 25.26 gu (B) 45.26 gu (C) 52.43 gu (D) 60.10 gu
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