Help INSTRUCTION: Answer the following items in chronological order. Show a completeand organized solution in every item. Minimize erasures. No partialcredit will be given.An aircraft is flying at 30,000 ft. with an equivalent airspeed of 90 m/s. If the CL= 0.98 and CD = 0.064, calculate the lift and drag of the wing (for the full span).Shown below is a sketch for the half span of the wing. a) X2+2y-8=D0, b)X2+6y=5 where x is given in feet.1.X²+2y-8=0X²+6y=52. The atmosphere of Jupiter is essentially made up of hydrogen. The localgravity of Jupiter 15.1 m/s2 greater than the local gravity of Earth. AssumingJupiter's atmosphere is isothermal atmosphere and has a definable surfacewith a temperature of -190 degree Fahrenheit. Calculate the altitude abovethat surface where the pressure is one-half the surface pressure. Specific gasconstant for Hydrogen is 4.517 kJ/Kg-K.

g= Local gravity of Jupiter =15.1 m/s2 T =Surface Temperature = —190 F R=Specific gas constant for…

2. The atmosphere of Jupiter is essentially made up of hydrogen. The local gravity of Jupiter 15.1 m/s2 greater than the local gravity of Earth. Assuming Jupiter's atmosphere is isothermal atmosphere and has a definable surface with a temperature of -190 degree Fahrenheit. Calculate the altitude above that surface where the pressure is one-half the surface pressure. Specific gas constant for Hydrogen is 4.517 kJ/Kg-K.

2. The atmosphere of Jupiter is essentially made up of hydrogen. The local gravity of Jupiter 15.1 m/s2 greater than the local gravity of Earth. Assuming Jupiter's atmosphere is isothermal atmosphere and has a definable surface with a temperature of -190 degree Fahrenheit. Calculate the altitude above that surface where the pressure is one-half the surface pressure. Specific gas constant for Hydrogen is 4.517 kJ/Kg-K.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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