If the Sun is 68 degrees above the horizon, find the length of the shadow cast by a building 83 ft tall. Around your answer to the nearest tenth.

Q: From the top of an incline road, 256 feet long, a vertical tower at the bottom subtends an angle of…

A:

Q: 2) From a point at eye level with the base of the pedestal of the Statue of Liberty, an observer…

A: Consider

Q: When the angle of elevation of the sun from the ground is 25°, how long is the shadow of a 20-foot…

A: The figure is given by The height of the pole, h = 20 ft. The angle of elevation of the sun from…

Q: Find the height of the building shown in the figure.

A: Here we have to find the height of the building;  let the height of the building is AB=h;

Q: You are standing 25 feet away from a building. Given that you are 5.7 feet tall, you find the angle…

A: You are standing 25 feet away from a building. Given that you are 5.7 feet tall, you find the angle…

Q: A tree is 99 metres away on flat ground. Its top is an an elevation of 7 degrees above horizontal.…

A:

Q: Calculate the height of the two buildings in the figure.

A: In a right angled triangle, the tangent of an angle is given by :…

Q: How high is the building whose horizontal shadow is 60 meters when the angle of elevation of the sun…

A: The building whose horizontal shadow is 60 meters when the angle of elevation of the sun is 58°12'

Q: How far is the airplane from the runway? Round to the nearest tenth.

A: Given that , How far is the airplane from the runway.

Q: At 0900H, Arthur cast a shadow of 185cm when the angle of elevation of the Sun that time is 30…

A: Angle of elevation is 30°. Length of shadow of Arthur is 185 cm Let the height of Arthur is h cm

Q: A bicycle with a 26-inch wheel (diameter) travels a distance of 200 feet. How many revolutions does…

A: Given,          A bicycle with a 26-inch wheel (diameter) travels a distance of 200 feet.We know…

Q: The height of a pole is 23.66m. If the angle of elevation changes from 60 to 45 then the Length of…

A:

Q: If the vertical height of the roller coaster below is 315 feet, find d to the nearest foot.

A: Given : The vertical height of the roller coaster is 315 feet.   To find d.

Q: Solve for the indicated distance across the lake.

A: To solve: The indicated distance across the lake. Calculation: Consider a figure below:

Q: 24. A 6-foot tall man is standing 8 feet from the base of a lamppost, as shown in the diagram.

A: It is given that a 6-foot tall man is standing 8 ft from the base of a lamppost. Also the light from…

Q: Elmo standing in front of a building and  observes a sign that is 10 feet tall at the top. Refer to…

A: Elmo standing in front of a building and observes a sign that is 10 feet tall at the top.To…