Question

Write Short note :

$\bigstar$ Derived Quantities and units.

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Answer 1

Explanation:

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m 2

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m 2

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m 2 Volume =m

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m 2 Volume =m 3

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m 2 Volume =m 3

The Fundamental Quantity is independent Physical Quantity that is not possible to express in other Physical Quanitity. It is used as pillars for other quantities aka Derived Quantities. In Physics, Length, Mass, Time, Electric Current, Thermodynamic Temperature, etc are examples of Fundamental Quantities.Area =m 2 Volume =m 3 Force =kg m/s

m/s 2

m/s 2

m/s 2 Pressure =kg/(ms

m/s 2 Pressure =kg/(ms 2

m/s 2 Pressure =kg/(ms 2 )

m/s 2 Pressure =kg/(ms 2 )Density =kg/m

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for length

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for lengthsecond → for time

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for lengthsecond → for timekilogram → for mass

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for lengthsecond → for timekilogram → for masskelvin → for temperature

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for lengthsecond → for timekilogram → for masskelvin → for temperatureampere → for electric current

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for lengthsecond → for timekilogram → for masskelvin → for temperatureampere → for electric currentcandela → for luminous intensity

m/s 2 Pressure =kg/(ms 2 )Density =kg/m 3 "The seven fundamental S.I units are:−metre → for lengthsecond → for timekilogram → for masskelvin → for temperatureampere → for electric currentcandela → for luminous intensity mole → for the amount of substance.

Answer 2

Question :-

Short note on Derived Quantities and units

ANSWER :-

Explanation:

Derived quantities are quantities that are calculated from two or more measurements. They include area, volume, and density. The area of a rectangular surface is calculated as its length multiplied by its width.

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