Volume (abbreviated "vol.") is a type of measure, not a measurement unit. Thus volume itself has no unit symbol. Rather volume is measured in cubic units of length, or units of length cubed, such as cubic feet ("cu. ft.") or feet cubed ("ft3").
The volt is a measure of electrical force. It measures joules per coulomb.
There are seven metric base units (m, kg, s, A, K, cd, mol). Each of these base units represents, at least in principle, different kinds of physical quantities. From these seven base units, several other units are derived. In addition to the SI units, there is also a set of non-SI units accepted for use with SI which includes some commonly used units such as the volts(that are metric but not a base unit).So volts can be also written as: m2·kg·s−3·A−1 but for easier usage V is used instead.
These units are used for measurements.British units are today obsolete and ridiculous.
Ifv = Final velocityu = Initial velocitya = Accelerationandt = Timethen, provided the measurement units are consistent,v = u + atIfv = Final velocityu = Initial velocitya = Accelerationandt = Timethen, provided the measurement units are consistent,v = u + atIfv = Final velocityu = Initial velocitya = Accelerationandt = Timethen, provided the measurement units are consistent,v = u + atIfv = Final velocityu = Initial velocitya = Accelerationandt = Timethen, provided the measurement units are consistent,v = u + at
Respectively Volts V Amps A Ohms
V=? h=15 units r=1/2diameter= 5 units V=pi(r^2)(h) V=pi(5^2)(15) V=1178.09724 units^3
V = Volts
the units of penicillin V potassium 200 mg is about equivalent to 320,000 units. In generally 1 mg of penicillin V potassium is 1600 units.
Volume (abbreviated "vol.") is a type of measure, not a measurement unit. Thus volume itself has no unit symbol. Rather volume is measured in cubic units of length, or units of length cubed, such as cubic feet ("cu. ft.") or feet cubed ("ft3").
J. V. Drazil has written: 'Dictionary of quantities and units' -- subject(s): Units, Dictionaries, Physics, Tables
V = 311.02 units3
A Volt meter is used to measure potential difference (a.k.a. voltage). Potential difference is measured in units called: Volts (V).
D=M/V D=240/200 D=1.2 you should include units though. I'm not sure what units you used, which is why i didn't write them.
If the area of the base of the tetrahedron is A square units and the vertical height is h units, then the volume is V = 1/3*A*h cubic units. If the tetrahedron is regular, with sides of length of length s units, then V = sqrt(2)/12*s3 cubic units.
Volume of cylinder = pi * radius^2 * height V = 3.14 * (6)^2 * 8 V = 3.14 * 36 * 8 V = 904.32
It depends on the voltage. On a 120 v system that is a power of 540 watts, so the units used per day are 0.54 x 24, or 13 units.