There is really no limit to the number of ways in which you can combine the basic units. Check the Wikipedia article " SI derived unit" for some examples.
The name uranium is derived from the name of the Uranus planet.
Uranium was the first name from 1789; the name is derived from the name of the planet Uranus.
The element derived its name from argentum is Silver, which has the chemical symbol Ag.
The name polonium is derived from Polonia.
Density is not a derived unit.. It is a physical quantity and hence is a derived quantity.. the unit of density kgm-3 or gcm-3 is a derived unit because it can be expressed as the quotient of base units. In general, a unit is said to be derived if it can be expressed as the product and/or quotient of base units.
Yes, area is a derived quantity.
the differentiate between fundamental quantity and derived quantity?
derived quantity
This is not at all unusual. Volume for instance is formed from length, width, and depth. Electrical power is formed from knowing voltage and current. Speed from distance and time. There are many examples easy to think of.
Velocity is a derived quantity. Speed is velocity without direction. Velocity is derived from distance and time.
It is a derived quantity.
Current is a basic quantity, measured in amperes.
The derived quantity is a quantity which has been derived from 2 or more base quantities. Example: Velocity is the rate of change of distance and is written in terms of distance divided by time which are two base quantities.
yes it is,it is derived by cubing the fundamental unit of length
Length is fundamental, area is derived.
Volume is a derived quantity because it is calculated by multiplying three lengths together in the SI system of units. The SI base units for length are meters, so volume is expressed in cubic meters (m^3). It is not considered a fundamental quantity like length, mass, or time, which are base units in the SI system.
Whether any quantity is a base quantity or a derived quantity depends on the definitions used in the system of measurements. In the SI, it is a derived quantity, defined as energy per unit charge. In units: joules/coulomb, where both joules and coulombs are also derived units.