Business
Engineering
Math
Science
Social ScienceThe sun hits a building if unknown height so that the building casts a shadow of 410 feet of the angle of elevation of the sun is 16 degrees how tall is the building
The sun hits a building if unknown height so that the building casts a shadow of 410 feet of the angle of elevation of the sun is 16 degrees how tall is the building
Expert Answer
Image Transcriptionclose
Consider the height of the building be x Here, the building casts a shadow of 410 feet with angle of elevation of the sun 16 degree The pictorial form of the above information is shown below. А х 16° C В 410 ft
Math
Geometry
Other
Related Geometry Q&A
Q: If it takes 8 quarts of ice cream to feed 30 people, how many gallons of ice cream will it take to f...
A: Let it will take x quarts to feed 75 people.
Q: What is Construed?
A: The meaning of "CONSTUE" in a geometric setting
Q: Give detailed explanation, easy to understand.
A: Please refer to the white board.What you see on the whiteboard is the typical protractor that you mu...
Q: 8 ft Determine the volume of the shaded region. T 7 ft 15 ft 7 ft 4 ft The volume of the shaded regi...
A: For finding the volume of the shaded region, we first find the volume of the first (i) shaded region...
Q: The altitudes of a triangle ABC intersect at a point H. Let O, be the circumcenter of the A triangle...
A: Consider a equilateral triangle ABC which has a orthocetre as H and have circumcentre of triangles f...
Q: Prove the following statement: If P and Q are any points on a circle with center O and radius OA, th...
A: Suppose that any two points P and Q lie on the circle centered at O and its radius is OA.
Q: the price of a notebook $3.45 today. yesterday's price was $3.20 find the percentage increase. round...
A: Given that the price of a notebook today is $3.45And the price of the notebook yesterday was $3.20
Q: For part 2 how can i figure the formulas of the components of the kits made from triangles?
A: We can derive the formula from the given figure in Part 2.
Q: Please provide solution to the attached question on 3D Geometry.
A: From the given equations of line in Cartesian form, we can write down direction vector and a point o...
