"The spy plane was very aerodynamic." :-)
I can give you several sentences.The new plane is more aerodynamic than the old one.That car is designed to be aerodynamic to conserve gas.Birds are aerodynamic.
* Any element where the valence band of electrons overlap the conductance band is called conductors * The band gap between the Valance bond and conductance band is very low * Electrons are more in Conductance band
Aluminum can be shaped to be aerodynamic, yes. Aerodynamics is about shape, not substance.
volume correction
Conductance is an opposition of Resistance and it is denoted by G. It is given by the relationship G = 1/R . In past the unit of conductance was (mho) which is opposite to (ohm). But these days the unit of conductance is Siemens which is denoted by 'S'.
No it will have high conductance
Aerodynamic simulation
Conductance is ignored in short circuit studies because the inductance of the line is the dominant value. Conductance may not be ignored in stability studies.
The unit of electrical conductance is the mho.
When referring to electrical conductance, it is used in the application of electricity to equipment. Electrical conductance measures the equipment's ability to conduct electrical charge. A practical application would be to decrease the resistance in an electrical circuit so that the conductance is higher and electricity flows more smoothly.
Kayaks are hydrodynamic not aerodynamic. Aerodynamic means 'of the air'. People don't fly on kayaks.
"The spy plane was very aerodynamic." :-)
The conductance of a given conductor, C = La/l ..(i)\ L = l/Ra ..(ii)The resistance is expressed in units of ohm, the conductance has units of ohm-1 or mho.The conductance of solutions is also governed by the same relations. From (i), if l = 1,a = 1, the specific conductance L = C. That is,the specific conductance (L) is the conductance of the solution enclosed between two electrodes of 1 sq. cm area and 1 cm apart. when you dilute the solution the concentration decrease and the specific conductance also decreaseThe conductance of a solution depends upon the number of ions present and hence on the concentration. To compare the conductivity of different solutions, it is necessary to take the concentration of the solutions into consideration. It is done by using equivalentconductance, l.
Siemens.
Conductance is reciprocal of resistance. Hence, G=1/R. Calculate now
it directly measures...