The term you are looking for is "tympanometry." It is a test that measures how the middle ear responds to sound and can help diagnose conditions affecting the middle ear.
Tympanometry is the diagnostic procedure that indirectly measures the acoustical energy absorbed or reflected by the middle ear. It evaluates the mobility of the eardrum and the conduction bones by varying air pressure in the ear canal.
Reflected light and indirect light both result from a surface bouncing or scattering light rays. Reflected light occurs when light hits a surface and bounces off in a predictable angle, while indirect light is light that has bounced off multiple surfaces before reaching the area of interest, resulting in a diffused illumination.
Indirect rays refer to sunlight that is reflected, scattered, or diffused before reaching a surface or object. This can result in lower intensity or indirect illumination compared to direct sunlight.
Direct measurement techniques involve measuring a quantity directly, such as using a ruler to measure length. Indirect measurement techniques involve using other measurements or calculations to determine the quantity, such as using the Pythagorean theorem to find the height of a tree.
An indirect measurement of an object's thermal energy can be obtained by measuring its temperature using a thermometer. The temperature of an object is directly related to its thermal energy, as higher temperatures indicate higher thermal energy content.
Tympanometry is the diagnostic procedure that indirectly measures the acoustical energy absorbed or reflected by the middle ear. It evaluates the mobility of the eardrum and the conduction bones by varying air pressure in the ear canal.
Indirect measurement is a technique that uses proportions to find a measurement when direct measurement is not possible.
Indirect measurement is a measurement that is not obtained from a measurement tool; it is a technique that obtains a measurement when direct measurement is not possible. In software metrics work, indirect measures associate a measure to a feature of the object being measured. An example is basing quality on counting rejects. Indirect measures include functionality, quality, complexity, efficiency, reliability, and maintainability.
The temperature.
The speed of molecules.
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Direct is an exact measurement and indirect is an estimate.
Reflected light and indirect light both result from a surface bouncing or scattering light rays. Reflected light occurs when light hits a surface and bounces off in a predictable angle, while indirect light is light that has bounced off multiple surfaces before reaching the area of interest, resulting in a diffused illumination.
Thales discovered the indirect measurement formula.
Indirect methods of measurement are appropriate when direct measurement is not feasible or accurate enough. This can be due to limitations in accessing the object being measured or restrictions in using conventional measuring tools. Indirect methods are often used in scientific research or in situations where precision is less critical.
The limitations of the calculated and indirect volume measurement is that its use is limited. It cannot be used in cases whereby a given object is soluble in water or absorbs water.
-thermometer -measuring the speed of the car "radar"