Susceptance is the reciprocal of reactance, and is measured in siemens (symbol: S).
The area of one unit is one unit2. one unit * one unit = one unit2
The solution to "cut and unit" is "cutting in half." "Cut and unit" sounds like "cutting a unit."
This is the measure of Area.English unit = in2 (square inch) = 1 inch by 1 inchMetric unit = m2 (square meter) = 1 meter by 1 meter
You have to multiply by the conversation ratio.
An SI prefix, unless that unit already has a prefix.
How funny... Electrical Elastance measured in daraf's
The susceptance matrix, often used in power systems, can be calculated from the admittance matrix (Y-matrix) by taking the imaginary part of its elements. For a system with N nodes, the susceptance matrix (B) can be derived by expressing the admittance matrix as Y = G + jB, where G is the conductance matrix and j is the imaginary unit. The off-diagonal elements of the susceptance matrix represent the mutual susceptances between nodes, while the diagonal elements correspond to the self-susceptance of each node. The matrix can be constructed by analyzing the network's components and their connections.
Susceptance is the reciprocal of reactance, and is expressed in siemens (symbol: S). So, inductive susceptanceis the reciprocal of inductive reactance, and capacitive susceptance is the reciprocal of capacitive reactance.
Reactance ...from wiki
The reciprocal of reactance is susceptance, expressed in siemens.
The reciprocal of reactance is susceptance, expressed in siemens.
When you approximate resistance R to zero (because it's significantly less than a reactance of a power cable) the admittance matrix turns into susceptance matrix.
In the so-called "International System of Units", which are based on metricunits, and which form the basis for the electrical units we use, both work andenergy have the same unit, called the "Joule".Or to make it more simple.In particular, for electrical power we use the "Watt" (named after the scientist James Watt):1 Watt = 1 Joule / Second.=========================================Very nice.Units with which other electrical quantities are described:-- Electromotive force (Potential difference) . . . volt-- Electric charge . . . coulomb-- Electric current . . . ampere-- Impedance/Resistance/Reactance . . . Ohm-- Admittance/Conductance/Susceptance . . . Siemen / Mho-- Capacitance . . . Farad-- Inductance . . . Henry-- Frequency . . . Hertz / Cycle-- Wavelength . . . any unit of length-- Phase . . . any unit of angle-- Power Factor . . . percent-- Power ratio . . . decibel (dB)
It is the unit has...
Units1st unit: organism2nd unit: Population3rd unit: Community4th unit: Ecosystem5th unit: BiosphereWhat_is_the_basic_unit_of_ecology
Admittance is the reciprocal of impedance (1/Z) and is the vector sum of conductance (1/R) and susceptance (1/X). Admittance is used in solving parallel alternating-current circuits, because it avoids the need to vectorially add or subtract reciprocals, which would be the case if we were to use impedance, resistance, and reactance.
No. You can't just convert any unit to any other unit. The units must be of a compatible type. Thus, you can convert a unit of length to another unit of length, a unit of area to another unit of area, or a unit of volume to another unit of volume.No. You can't just convert any unit to any other unit. The units must be of a compatible type. Thus, you can convert a unit of length to another unit of length, a unit of area to another unit of area, or a unit of volume to another unit of volume.No. You can't just convert any unit to any other unit. The units must be of a compatible type. Thus, you can convert a unit of length to another unit of length, a unit of area to another unit of area, or a unit of volume to another unit of volume.No. You can't just convert any unit to any other unit. The units must be of a compatible type. Thus, you can convert a unit of length to another unit of length, a unit of area to another unit of area, or a unit of volume to another unit of volume.