consider a right angle triangle ABC with AB is the base BC is the height , assume that BC is the height of the hill
BC= (tan BAC) * AB
so BC is the height of the hill
First you would get a device that when you point it at the top of the mountain it would tell you the angle of elevation. Then you would measure how far away you are from the mountain. The length would be your "adjacent side" and the angle is "theta". From there you would do the tangent of theta and multiply it by your adjacent side. Now just add the height that your angle device is at and you have the height of the mountain! (assuming that the tripod that the device is on is level to the base of the mountain)
Simple geometry and using triangles can tell you the height and location of any point on earth with surveying techniques
throw a barometer from top of thebuilding note the time in which it falls. then put the values in:-height=9.8/2(time)^2i don't guaranty the safety of your barometer...!!!!
Today they use satalites to measure the height of Mount Everest. When the mountain was first measured by Andrew Waugh, the British Surveyor General of India in 1847 they used a very large Theodolites weighing up tp 1100lbs and needing 12 men to carry them.
According to Weber, the height of a Weber Smokey Mountain cooker is forty-one inches tall when assembled. That equals 104.41 centimeters using the metric scale.
Shadows have no height so they are zero inches tall. I believe your question would be more answerable if you change the word "tall" to "long." Then your question depends on knowing the angle of the sun... what time of day at what latitude are you asking the question? Using a little trigonometry you can answer your question (assuming the person is standing vertically).
By using trigonometry
A step ladder is not something that you calculate!
By using trigonometry or Pythagoras' theorem
By drawing a sketch from the given information then using triangulation and trigonometry the height of the mountain works out as 3704.435 meters rounded to three decimal places.
Use Pythagoras' theorem
Using trigonometry. The Hypotenuse x The height
Using the sine rules in trigonometry the height of the mountain works out as 3704 meters in height to the nearest whole number.
It can easily be measured by using a protractor and measuring the angle between the ground and the top of the tree. You need to know exactly how far you are from the tree. Then you can use trigonometry to calculate the height of the tree. Tan (angle in degrees) = height of tree / distance from tree
By drawing a sketch from the given information and then using trigonometry the height of the mountain works out as 546 meters rounded to the nearest whole number.
Simple geometry and using triangles can tell you the height and location of any point on earth with surveying techniques
Using trigonometry it works as 24 times sq rt of 3
By using trigonometry or Pythagoras' theorem depending on what type of triangle it is.