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How thick is the boundary layer at the trailing edge of the banner in the figure of Problem 7.19? Also calculate the shear force at the trailing edge. Use turbulent boundary-layer properties from Table 7.1.
assume and use linearity to find the actual value of . vo vo 1 V, + - io 5 O 25 O 30 V 40 O
With the aid of diagram, briefly explain how collector current is obtain if the transistor is connected in c-e configuration. How is phase reversal achieved between the input and output in the circuit
Air enters a three-stage gas turbine at 100 kPa and 17 degree Celsius. This system uses a regenerator as well as reheating and inters cooling. The pressure ratio across each compressor is 14.16 (this is 14.16, NOT 14 and 16!); 300 kJ/kg of heat are a..
A rectangulr cross section alumina bar, E=415 GPas , v=0.23 of initial lengths 100mm in the x direction, 10mm in the y direction and 20mm in the z direction, is loaded in compression by a load of 50 kN applied in the x-direction. What are the strain..
water at the rate of 60 kghour is heated from 35oc to 70oc by an oil with specific heat of 1.9kjkgk. the fluids are
Figure 1 (a) & (b) show some preliminary drawings of a passenger railway carriage that was supplied to a design engineer to confirm the thickness of Aluminium sheets needed to fabricate the superstructure of the carriage.
a team of engineering students is designing a catapult launch a small ball at a so that land in the box . it is known
a time traveler finds himself in an unknown place on earth at an unknown time of the year. the sky is cloudy at night
a reversible-adiabatic ideal co2 diffuser operates between 200 kpa and 300 kpa. the inlet temperature and velocity are
A hollow circular tube of aluminium supports a compressive load of 54KN. Inner and outer dia are 3.6cm and 5cm and its length is 40cm. Shortening of tube is measured as 0.22mm. Find stress and strain in tube.
Refrigerant R22 exits a heat exchanger through a 3 cm diameter tubing with a mass flow of 0.5 kg/s. The temperature and quality are -20 0C and 0.1. Determine the velocity of the refrigerant in m/s.
describe in an itemized list or flowchart the steps to solution to determine the probability of yielding if both the
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