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Vertically Opposite Angles

At a place th...

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At a place there is two dip circle in vertical plane perpendicular to each other. If apparent dip in them is 45 and 60 degree. The true dip angle at that place is

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Q. If the apparent value of dip at a place in two perpendicular vertical planes are respectively

30^{\circ}

45^{\circ}

, then the true angle of dip at that place is

Q. Apparent dips when dip circle is placed in two mutually perpendicular direction are

30^{o} a n d 45^{o}

What is actual dip at that place?

Q. A dip circle shows an apparent dip of

60^{0}

at a place where the true dip is

45^{0}

. If the dip circle is rotated by

90^{0}

, what will be the apparent dip?

Q. The values of the apparent angles of dip in two planes at right angles to each other are

30

45

, Then the true value of angle of dip at the place is ________

Q. If apparent dip angles in two vertical planes situated at complementary angles from magnetic meridian are

{cot}^{- 1} (3 / 5)

{cot}^{- 1} (4 / 5)

, then true dip angle at that place is

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