Ans. 1. The big M method solves the problem in one pass, whereas the two phase
method solve it in two stages.
2. The big M method is computionally inconvenient due to existence of the large number M The two phase method does not involve M during
computation
3. The big M method present a difficulty when the problem is solved on digital computer, but there is no such type of problem in two phase method.
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Same, use bi if the gene products will be too big to resolve.
A: BIG DIFFERENCE emitting is the study of electronics conduction is the study of current flow
Using instrument in the musical sense, all violins are basically the same. A body, some strings and a bow. It makes a big difference who is playing it. This can be applied to anything, bowling ball or backhoe. Most anyone can use either, but how well either is used makes a big difference.
Power factor does not go above 1. It is the cosine of the phase angle between voltage and current and, as such, can range between +1 and -1, although it should be understood that a negative power factor is mathematically equivalent to a generator - when looking at the load as if it is a motor - or vice versa. Unity power factor is applicable for a resistive load. A typical power factor for a big motor is about 0.92. A theoretical power factor of zero, corresponding to a phase angle of 90 degrees, would mean that the load is purely inductive or capacitive, and that the power supply and conductors are also ideal or theoretical.
Is the similar to mult-stage sampling but only different is that insteady of conducting in lastly stage but mult-phase conducted in every phase and this type of sampling is applicable in a big organization which is enough fund.