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There is no such thing as these "fundamental devices".
base quantity !!
In Science, there are seven fundamental quantities. The seven fundamental quantities includes length, mass, time, electric current, thermodynamic temperature, amount of substance, and luminous intensity.
The seven fundamental quantities used in chemistry are the quantities and units that include length in meters, time in seconds, mass in kilograms, temperature in Kelvin degrees, chemical amounts in moles, and electrical charge in coulomb. This measurements are given in meter or SI units.
Please be more specific. Fundamental qualities of what?
The are several possible sets of measures that could be termed fundamental. For example time can be defined in terms of distance by considering the time taken by electromagnetic radiation to cover a specified distance. Having said that, the seven basic measurements are:metre (m) - unit of measurement of lengthkilogram (kg) - unit of measurement of masssecond (s) - unit of measurement of timekelvin (K) - unit of measurement of thermodynamic temperatureampere (A) - unit of measurement of electric currentmole (mol) - unit of measurement of amount of substancecandela (cd) - unit of measurement of luminous intensity
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The fundamental qualities in physics refers to the quantities of measurements commonly used. These include length, heat, time, luminosity, amount of substance, mass and electric current.
There is no such thing as these "fundamental devices".
Fundamental unit is Second.
There are seven SI fundamental quantities of measurement.Base Quantity/Unit/Abbreviationmass/kilogram/kglength/meter/ mtime/second/selectric current/ampere/Aamount of substance/mole/molthermodynamic temperature/kelvin/Kluminous intensity/candela/cd
there are seven
"height" is a measurement of elevation. "mass" is a fundamental property of matter.
It is the fundamental measurement unit, in the SI system, for measuring electric charge.
base quantity !!
Length, mass, and time are the three fundamental dimensions on which the measurement of all physical quantities is dependent.