Answer:
Jacob is standing 112 m from a building. The building is 210.64 meters tall
Solution:
Given that Jacob is standing 112 meter from the building. Angle of elevation from where he is standing on the ground to the top of the building is 62 degrees
The figure for this sum is attached below
Consider below figure where point B represents Base of the building.
Point T represents top of the building
Point J represents position of Jacob on the ground.
From given information
TB is height of the building which need to be calculated.
BJ is distance of Jacob from the building that means BJ = 112 meters
[tex]\text { Angle of elevation that is } \angle \mathrm{TJB}=62^{\circ}[/tex]
Treating TBJ as right angled triangle right angle at B.
[tex]\tan x=\frac{\text { perpendicular }}{\text { base }}[/tex]
[tex]\text { Tan of } \angle T J B=\frac{T B}{B J}[/tex]
[tex]=>\tan \left(62^{\circ}\right)=\frac{T B}{B J}[/tex]
[tex]\begin{array}{l}{=>\mathrm{TB}=\mathrm{B} \mathrm{J} \tan \left(62^{\circ}\right)} \\ {=>\mathrm{TB}=112 \times 1.8807} \\ {=>\mathrm{TB}=210.64 \mathrm{meters}}\end{array}[/tex]
Hence height of the building is 210.64 meters