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If you were in a hot air balloon 500 m above the ground, at what angle of depression would you look at a point on the ground 800m horizontally from the balloon

Respuesta :

bcalle
Set up trig ratio using tangent.
Tan theta = opp/adj
Tan theta = 500/800
Tan^-1 (500/800) = 32 degrees

The value of angle of depression is 32 ° .

What is Angle of Depression

The angle of depression is "an angle formed between the horizontal line and the line of sight when an observer looks downwards at an object is known as an angle of depression".

The formula is g

[tex]\rm sin \; \theta = \dfrac{y}{z}\\\\\\cos \; \theta = \dfrac{x}{z}\\\\\\\; tan \;\theta = \dfrac{y}{x}\\[/tex]

where x is the distance between the point of the ground and the object , horizontally,

y is the perpendicular distance between the surface to the object

and z is the measure of line of sight

[tex]\rm \theta \\[/tex]  is the angle of depression

It is given in the question that y= 500 m and x = 800 m

To determine angle of depression we will substitute the value

[tex]\; tan \;\theta = \dfrac{500}{800}\\\\\\ \;\;\theta = 32 \;degree[/tex]

Therefore the value of angle of depression is 32 ° .

To know more about Angle of depression

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