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In a vertical plane p(1) making angle 30...

In a vertical plane `p_(1)` making angle `30^(@)` with magnetic meridian , apparent angle of dip is `60^(@)` . The apparent angle of dip in vertical plane `p_(2)` , which is perpendicular to plane `p_(1)` is

A

`30^(@)`

B

`45^(@)`

C

`tan^(-1)(3)`

D

`tan^(-1)((1)/(3))`

Text Solution

Verified by Experts

The correct Answer is:
C
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Knowledge Check

  • At 45^(@) to the magnetic meridian the apparent dip is 60^(@) . The true dip is

    A
    `tan^(-1)sqrt(3)`
    B
    `tan^(-1)"1/sqrt(3)`
    C
    `tan^(-1)"sqrt(3)/2`
    D
    `tan^(-1)"sqrt(1/6)`

  • A dip circle is at right angles to the magnetic meridian. What will be the apparent dip ?

    A
    `0^(@) `
    B
    `30^(@) `
    C
    `60^(@)`
    D
    `90^(@)`

  • A dip cicrle is at right angles to the magnetic meridian. What will be the apparent dip ?

    A
    `0^(@)`
    B
    `30^(@)`
    C
    `60^(@)`
    D
    `90^(@)`

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