height=9.8/2(time)^2
i don't guaranty the safety of your barometer...!!!!
consider a right angle triangle ABC with AB is the base BC is the height , assume that BC is the height of the hillfind the length ABfind the angle BACuse the above equationBC= (tan BAC) * ABso BC is the height of the hill
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.
from trigonometry - (you'll need a table or calculator) - the "tangent" function is the ratio of the opposite side of a right triangle to the base. in your example, the opposite side is the "height" of the tower, the base is the "distance you're standing from the tower", and the angle is measured from where you're standing to the top of the tower. alternately, without having "tangent" tables or a calculator, you can make 2 triangles using something of a known height (a 1 meter stick, or something else) - create a 2nd triangle using the "object of known height" with the same incidence angle as the tower and measure the distance from you to the "object of known height" and the distance from you to the tower. the height of the tower = (height of known object) * (distance to the tower) / (distance from you to known object)
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.
Simple geometry and using triangles can tell you the height and location of any point on earth with surveying techniques
If the object that falls is sufficiently dense and streamlined, so that the effects of air resistance can be neglected, then you can estimate the height from which it fell like this: -- Time the fall, from the instant the object is released until the instant it hits the ground. -- The distance it fell is [ 16.1 T2 ] feet, or [ 4.9 T2 ] meters. The height of a tall building can easily be measured by using a barometer. There are two convenient methods. 1). Drop the barometer from the roof of the building. Time its fall, from the instant the barometer is released until the instant it hits the ground. The height of the building roof is [ 16.1 T2 ] feet, or [ 4.9 T2 ] meters. 2). Tie the barometer to the end of a long tape-measure or rope. With the barometer as a weight to resist the inaccuracy that would be introduced by the wind, slowly pay out the tape or the rope from the edge of the building's roof, until the barometer just touches the ground. At that point, either read the height directly from the tape, or mark the rope where it touches the roof, and measure the length of rope between the barometer and the mark later.
consider a right angle triangle ABC with AB is the base BC is the height , assume that BC is the height of the hillfind the length ABfind the angle BACuse the above equationBC= (tan BAC) * ABso BC is the height of the hill
Today the height of Mount Everest is calculated using GPS and Satellite.
We can calculate Stack height by using this formula H = 14*Q^2.3 where, H - Stack height in m Q - Emission rate of SO2 (kg/hr)
The barometer measures atmospheric pressure.
One cannot calculate the BMI with weight alone as the height is also needed. To calculate the BMI that way you take your weight in kilograms and divide it by the square of your height in meters.
The two common types of barometers are mercury barometers, which use the height of mercury in a column to measure atmospheric pressure, and aneroid barometers, which utilize a flexible metal membrane to detect and measure pressure changes without using liquid. Digital barometers are also becoming more popular, using electronic sensors to measure pressure.
Atmospheric pressure is commonly measured using a barometer. A mercury barometer measures pressure by the height of a mercury column in a glass tube, while an aneroid barometer uses a flexible metal box to detect pressure changes. Both types of barometers provide a numerical value in units such as millibars or inches of mercury.
Air pressure is typically measured using a barometer, which can be either an aneroid or mercury barometer. An aneroid barometer uses a flexible metal box to detect changes in air pressure, while a mercury barometer measures pressure by the height of a column of mercury in a glass tube. Other devices like digital pressure sensors or weather stations can also be used to measure air pressure.
Air pressure
A = 1/2(base)(height)
Using these two measurements you would calculate the angle using the tangent. In this case: tan (theta) = 1680/2700