Want this question answered?
Temperatures, as provided by thermometers, measure and quantify the extent of thermal changes.
A chronograph is something that measures the time. The way it measures time can differ with each device. It can be in many different forms, from watches to computers that track the atomic clock.
Read the numerical value of the marked line. Finally you estimate between the smallest marked lines. The estimated value is the final digit in a measures number.
They differ in the number of protons in their nucleus.
they differ by the length of the wave. And by the object that they hit.
The degrees are the same size on both thermometers. But when the two thermometers are side by side and at the same temperature, the number of the reading on the Celsius thermometer is 273.15 higher than the number of the reading on the Kelvin thermometer.
1°C = 1K. So the scales would be identical. However, 0K is absolute zero, or -273.15°C. 0°C=273.15K So, while the scales are identical, the start point is different. And, the lines would also be off by a fraction of a degree.
The thermometer is used to measure temperature whether it air, water, molten steel, anything you can think of. Scales of measuring Temperature are mainly Celsius , Fahrenheit and Kelvin
why do temperatures to sanitize differ
A chocolate thermometer and a regular thermometer differ from each other by its size and sturdiness. The chocolate thermometer are much bigger than the regular thermometer so that it can withstand the extreme heat. The normal thermometer can withstand less heat than the other one.
They are never the same, they always differ by 273.15 degrees.
Temperatures vary so much because the moon does not have an atmosphere.
kelvin's bridge is the modified version of wheatstone bridge and used to measure resistance values less than 1 ohm.
The answer depends on what the "b" measures are and how they differ from the "a" measures and also "c" and other subsequent measures.
The degrees are the same, but the zero points differ.
It is a liquid at normal temperatures and pressure.
On the Celsius and Kelvin scales, the degrees are the same size, but the Kelvin scale has its zero point at the lowest possible temperature, absolute zero. For Celsius, the zero point is the freezing point of water.So temperatures expressed on the Kelvin scale are 273.15 degrees (kelvins) higher in number than the same temperature expressed in Celsius.And a temperature of 1°C would be the same as a temperature of 274.15 K (you do not use degree marks with Kelvin).