What is the difference between an azeotropic mixture and a near-azeotropic mixture?
What will be an ideal response?
An azeotropic mixture will not separate into its component refrigerants and will have specific boiling and condensing points. A near-azeotropic mixture can and will separate readily into its component refrigerants. This causes a range of condensing/boiling points called "glide." These near-azeotropic mixtures must be removed from their container or vessel in the liquid form to prevent "fractionation."
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A water-cooled solar collector is 7?6% efficient. What is carried away by the water if 1,400 W of solar power strikes the collector?
Fill in the blank(s) with the appropriate word(s).
What is 1/8 plus 1/4?
a. 5/16 b. 7/8 c. 3/8 d. 2/12 e. 11/32
? Identify and state the historical significance of the Californios.
What will be an ideal response?
A shunt regulator must be protected from
A) an input overvoltage condition B) an output overcurrent condition C) a shorted load D) an output overvoltage condition