The two physical quantities of measurement are:
1. Scalars - quantities with magnitude (size) only
examples:
distance - 1 km
mass - 5kg
speed - 80km/h
2. Vectores - quantities having both magnitude and direction
examples:
displacement - 1km, to the right
weight - 50 newtons
velocity - 80km/h, west
the seven basic physical quantities ;lenght, mass,time temperature,electric currrent ,luminous intensity and amount ofsubstance which areindependent of any other quantities for their measurement are clled
Many do. For instance, you would probably agree that your own height and weight are physical quantities. Each of these has a magnitude or size and a unit of measurement. They might be, say, 157 cm and 50 kg.
Physical Quantities are of TWO types: 1) Fundamental Quantities. 2) Derived Quantities.
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Physical quantities are quantities that can be measured. For example: water, distance, etc.
the seven basic physical quantities ;lenght, mass,time temperature,electric currrent ,luminous intensity and amount ofsubstance which areindependent of any other quantities for their measurement are clled
These quantities are too small for the measurement of physical properties.
Many do. For instance, you would probably agree that your own height and weight are physical quantities. Each of these has a magnitude or size and a unit of measurement. They might be, say, 157 cm and 50 kg.
Physical Quantities are of TWO types: 1) Fundamental Quantities. 2) Derived Quantities.
Length, mass, and time are the three fundamental dimensions on which the measurement of all physical quantities is dependent.
different quantities of measurements are Cubic Meters and Kilograms
Physical quantities that need both magnitude and direction for its complete description are known as vector quantities. Physical quantities that need only direction for its complete description are known as scalar quantities.
They are properties that you can measure and be verified by another party. Usually, standards are available to eliminate any difference in measurement methods and definitions. For example, we can measure length, speed, weight, humidity, temperature, and time, with certainty. Those are physical quantities. Contrarily, we cannot measure inflation rate, hunger, pain, etc. with certainty. In short they are quantities that can be measured.
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Quantities with a 'g' after them are measurements in grams.
Scalar quantities are physical quantities that can be described with a single value. They are unlike vector quantities which require both magnitude and direction.
signiphicance of physical quantities like work energy and power in microbiology