A wrongly calibrated instrument is one that shows the wrong measurement. For example, alcohol in a thermometer rises with temperature; but the exact marks for 0 degrees, 10 degrees, ... 100 degrees (for example) may be wrongly placed, so that, when the temperature really is 30 degrees, the thermometer only shows 28 degrees (for example). Any instrument will have some error of this type, but the idea of calibration is to keep this kind of error reasonably small.
A wrongly calibrated instrument is one that shows the wrong measurement. For example, alcohol in a thermometer rises with temperature; but the exact marks for 0 degrees, 10 degrees, ... 100 degrees (for example) may be wrongly placed, so that, when the temperature really is 30 degrees, the thermometer only shows 28 degrees (for example). Any instrument will have some error of this type, but the idea of calibration is to keep this kind of error reasonably small.
A wrongly calibrated instrument is one that shows the wrong measurement. For example, alcohol in a thermometer rises with temperature; but the exact marks for 0 degrees, 10 degrees, ... 100 degrees (for example) may be wrongly placed, so that, when the temperature really is 30 degrees, the thermometer only shows 28 degrees (for example). Any instrument will have some error of this type, but the idea of calibration is to keep this kind of error reasonably small.
A wrongly calibrated instrument is one that shows the wrong measurement. For example, alcohol in a thermometer rises with temperature; but the exact marks for 0 degrees, 10 degrees, ... 100 degrees (for example) may be wrongly placed, so that, when the temperature really is 30 degrees, the thermometer only shows 28 degrees (for example). Any instrument will have some error of this type, but the idea of calibration is to keep this kind of error reasonably small.
A precise instrument. It is not necessarily accurate.
To know about the error, quality, performance of every instrument calibration is an essential part. A standard calibrator is required for this process to calibrate that Instrument. That calibrator is also Calibrated and standardised by National or International Standard.
The instrument is named a micrometer screw because it uses a calibrated screw mechanism to make precise measurements in micrometers (one millionth of a meter). The screw has finely spaced threads that allow for accurate adjustment and measurement of small distances.
The instrument is called a screw gauge because it uses a calibrated screw mechanism to measure small distances with precision. By turning the screw, the user can move the measuring jaws closer together or farther apart to capture the dimensions of the object being measured.
A graduated cylinder or a syringe can be used to measure 10 ml of water accurately. Alternatively, a measuring spoon that is calibrated for milliliters can also be used for measuring small volumes of liquids.
reliability
The answer is all of them
an 'ammeter'
a calibrated instrument for measuring the potential difference between two points.
When the pH is measured with a calibrated instrument it is a quantitative measurement.
The TC on calibrated instruments indicates the temperature coefficient, which shows how the instrument's accuracy may change with temperature variations.
Odometer is an instrument that can measure miles or kilometer depending on how it is calibrated
By using a precise instrument. One that is calibrated by a recognised body.
If you calibrate something it means that you mark an instrument with a scale of readings. To calibrate something also means that you compare the scale with a known scale of another instrument. This insures something is accurate.
Through the use of a 'multiplier', i.e. a carefully-calibrated resistor connected in series with (in the case of an analogue instrument) the instrument's operating coil.
Through the use of a 'multiplier', i.e. a carefully-calibrated resistor connected in series with (in the case of an analogue instrument) the instrument's operating coil.
A javal keratometer is calibrated by placing a known diameter ring on the instrument and adjusting the magnification until the image of the ring matches the known diameter. The instrument is then ready to measure the curvature of the cornea by analyzing the image reflections. Calibration ensures accurate and reliable measurements of corneal curvature.