(36) Centimetres
1 kN per meter squared per meter is a unit of measurement for stress, specifically stress intensity. It represents the force (1 kilonewton) applied over an area of one square meter, per unit length of one meter. This measurement indicates the amount of force distributed over a specific area and length, providing insight into the intensity of the stress being applied.
depends on the needed measurement and type of triangle.
scalar
stationary. the type of measurement we use
Joules
The word that will correctly complete the analogy is "cemetery." Just as a mausoleum is a type of tomb, a maverick is often associated with nonconformity or independent thinking in a cemetery.
GSM means grams per square meter in measurement. It is the measure of the weight and type
YES
The smallest measurement that can be read with a micrometer is typically 0.01 mm or 0.001 cm, depending on the type of micrometer being used. This would have two significant figures in the measurement.
it is an easy one
Part of whole
A faulty analogy is a type of fallacy, and it's when you are trying to compare your topic to completely unrelated issues.
1 kN per meter squared per meter is a unit of measurement for stress, specifically stress intensity. It represents the force (1 kilonewton) applied over an area of one square meter, per unit length of one meter. This measurement indicates the amount of force distributed over a specific area and length, providing insight into the intensity of the stress being applied.
It doesn't have one. It uses a flapper type air flow meter which doesn't require an intake air temp measurement.
metreAnswerIn British English, 'metre' is the unit of measurement for length, whereas 'meter' means a measuring instrument (for example, 'wattmeter', 'ammeter', etc.).So, in British English, therefore, a micrometer is a device for making accurate engineering measurements, whereas a micrometre is a millionth of a metre.
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K. F. Fraser has written: 'Vibration meter for use with velocity type transducers' -- subject(s): Measurement, Vibration, Vibration transducers