Formulas For Height And Distance

January 10, 2022

Height and Distances related Formulas

Trigonometry was invented because its need arose in astronomy. Since then the astronomers have used it, for instance, to calculate distances from the Earth to the planets and stars. Trigonometry is also used in geography and in navigation. To get to know this application of Trigonometry better we have this page of Formulas For Height And Distances. The knowledge of trigonometry is used to construct maps, determine
the position of an island in relation to the longitudes and latitudes.

In this page we are going to learn about various Formulas for Height and Distances which will include different types of trigonometric ratios and figures. For your knowledge 

Height : The measurement of an object vertically known as Height.

Distance is the measurement of an object from a particular point in the horizontal direction.

Formulas for Height and Distance
Aptitude Course

Formulas for Questions of Height and Distance

Height and Distance Formulas

  • There are basically two terms associated with heights and distances which are as follows :
    • Angle of Elevation.
    • Angle of Depression.

Formulas for Angle of Elevation

  • The Angle of elevation of the point viewed is the angle formed by the line of sight with the horizontal when the point being viewed is above the horizontal level, i.e., the case when we raise our head to look at the object

Formulas for Angle of Depression

  • The angle of depression of a point on the object being viewed is the angle formed by the line of sight with the horizontal when the point is below the horizontal level, i.e., the case when we lower our head to look at the point being viewed.
Formula for Height and Distances

Height and Distance Formulas for Trigonometric ratio

  • ΔABC is a right angled triangle where is AB is the perpendicular, AC is the hypotenuse, and BC is the base.

Then,

  • Sin θ  = \frac{AB}{AC}
  • Cos θ = \frac{BC}{AC}
  • Tan θ  = \frac{AB}{BC}
  • Cosec θ  = \frac{AC}{AB}
  • Sec θ  = \frac{AC}{BC}
  • Cot θ  = \frac{BC}{AB}
  • Trigonometrical Identities:
  • sin2θ + cos2 θ = 1
  • 1 + tan2θ = sec2 θ
  • 1 + cot2θ = cosec2 θ
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Trigonometric Formulas for Height and Distances