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There are two pieces of data that need to be recorded. The distance and the time it takes to complete the known distance, gives you the speed. For an example, your car travels at a steady 60 miles, in one hour you would expect to have travelled 60 miles.
The average speed is 40m/s
A laser can detect the distance of an object as well as an object's reflectance, or intensity. To detect the distance of the laser source to a particular object, the round trip travel times of a laser pulse are accurately measured and recorded from the source, to the target and back. Since the speed of the laser pulse is known, using the formula distance = velocity * time, the distance can be calculated. Laser sensors can also record the amount of light returned from a target surface, which is characterized by its reflection coefficient and its surface properties. For example snow would be the highest reflectance and asphalt would be one of the lowest.
The loudest sound ever recorded are rock concert speakers.
recorded information
The student recorded her data from the experiment in her notebook.
Metes and Bounds Rectangular (Government) Survey Lot and Block (recorded Plat)
The normal technique is to record all data of a science experiment in a lab notebook. By this I mean an actual paper notebook, not the computer version, although doubtlessly there are some people who prefer to record their data electronically.
4 ft
On January 14th, 1973 scientists in Nepal recorded the distance at 5,746m.
An engineering notebook or logbook is a record kept by an engineer where information and data is recorded about what the engineer is working on. It is a legal document and can be used as evidence in court.
The more is the time taken and the distance recorded by the seismograph, the more is the effect of an earthquake:)
The greatest distance a tornado is recorded to have traveled is 219 miles.
There is no answer to this, as it's physically impossible for horses to vomit.
I believe it is 219 miles, 352 km by a tornado.
980 ft. shot by me with a 7 ft tall bow.
US Patent Office recorded Walter Grumbacher as the inventor with Spiral Binding Co. Ltd assigned the license in 1935. However, Popular Science mentions this concept first in an October 1934 edition.