Each instrument used in analytical chemistry has a useful working range. This is the range of concentration (or mass) that can be adequately determined by the instrument, where the instrument provides a useful signal that can be related to the concentration of the analyte .
All instruments have an upper and a lower working limit. Concentrations below the working limit do not provide enough signal to be useful, and concentrations above the working limit provide too much signal to be useful. When calibrating an instrument for use, the experimenter must be familiar with both the lower and upper working range of the chosen instrument.
pitch range it the range for your voice. playing range is the range of notes an instrument can make
Cello, short for violoncello.
register
they normally have 3 but considering the size of the instrument it can range up to 5 or 6
A xylorimba is a pitched percussion instrument corresponding to a xylophone with an extended range.
Analytical range refers to the method/procedure used, It can include a non linear response. If you plot the analytical results versus the reference values you will have a linear curve. The linear range could be more precisely given by saying the linear instrument range
range of measuring instrument is maximum or minimum value an instrument can measure e.g given range of volt meter is 250 volts . this means u can measure 250max volts using that meter or you can apply just 250 volts across the probes of that meter. range also specify the safe working of a instrument.
Sensitivity describes the smallest change an instrument can detect. Range describes the largest change an instrument can detect.
pitch range it the range for your voice. playing range is the range of notes an instrument can make
Cello, short for violoncello.
ability to plan and coordinator training classes
radar
register
they normally have 3 but considering the size of the instrument it can range up to 5 or 6
Dont worry about it. :)
The standard modern instrument has a range of three octaves, from the F below middle C.
freq range over which PLL can track input variation