The formula to calculate the calibration constant (K) is:
K = \(\frac{T}{M}\)
Where:
A calibration constant is a factor used to adjust the output of a measurement instrument to match the true value. This constant is determined through a process of calibration, where the instrument’s readings are compared to a known standard. By applying the calibration constant, the accuracy of the instrument can be improved, ensuring that its measurements are as close to the true value as possible. Calibration constants are commonly used in various fields such as engineering, physics, and chemistry to maintain the precision and reliability of measurement instruments.
Example 1:
Calculation:
K = \(\frac{100}{95} \approx 1.053\)
Example 2:
Calculation:
K = \(\frac{200}{190} \approx 1.053\)