A single phase overhead transmission line delivers 1100kW at 33kV at 0.8 pf lagging. The total resistance and inductive of the line are 10ohm and 15ohm respectively. Determine : (I) sending and voltages, Vs. (II) sending end power factor. (III) transmission efficiency.
relationship between three stages of short-run production and production elasticity
Solve the following Problems. Situation 1 A 370-mm wide plank is cut in such a way that the width is in the tangential direction of annual rings. Compute the change in width as the moisture content changes from 18% to 42%. (The fiber saturation point is 35%, and it shrinks 8.21% in drying from FSP to oven dry in the tangential direction.)
Solve the following Problems. Situation 1 A timber beam having a simple span of 4m carries a total load including its own weight of 15kN/m. It has a trapezoidal section having width of 250 mm at the top and 200 mm at the bottom and a depth of 360 mm, dressed dimension is used by reducing its dimensions by 15 mm. The wooden section is made up of 80% grade Apitong with the properties as follows: fb = 16.5 MPa fv = 1.75 MPa Compute the following: a. Maximum flexural stress b. Maximum shear stress
Which of the following terms describes DNA?
a. double-strands
b. double helix
c. double nucleotides
d. Both a and b are correct answers.
e. All of the above are correct answers.
Which of the following choices is a deoxyribonucleotide?
a. Adenosine
b. Cytosine
c. Thymine
d. Guanosine
e. None of the above is a deoxyribonucleotide.
Boyle's law for the expansion of gas PV=C.At a certain instant,the pressure is 2000 lb./ft², the volume is 8 ft³, and the volume increasing at the rate of 6 ft³/mm. Find the rate of change of the pressure at this time
In reference to your module #2,Create a simple program that will print ODD or EVEN when you enter a number.
Given an example of an elliptic partial differential equation of 2nd order,
justifying your answer