I HAVE A PI ON COL A THE NEXT DAY I WANT CHANGE THE PI ON COL B? PLS SEND ME THE ANS

2806

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Is .exe always a virus?

906

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What are the various components of a computer system?

976

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Does drupal enable search engine friendly urls?

5765

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Why do we use annotations?

396

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How you can minimize the memcached server outages in your python development?

853

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What are the different operators available in sql?

963

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Tell me what are the disclosures required in telemarketing? : insurance cold calling

495

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Can ddl statements be used in pl/sql?

1072

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what is the meaning, the advantages and which are the types of evaluate statement?

996

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Can you store different types in an array in c#?

905

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How do I find jdbc version?

956

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What are the steps of orm?

313

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Why are jsp pages the preferred api for creating a web-based client program?

994

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2. Dry saturated steam at 3.5 bar is expanded through a convergent nozzle to 2.2 bar. The exit area is 5 sq. cm. Calculate the exit velocity and mass flow rate, assuming isentropic expansion and super saturated flow. b) A cast iron cylinder head is fastened to a cylinder of 750mm bore with 12 stud bolts. The maximum pressure inside the cylinder is 3 Mpa. The stiffness of part is thrice the stiffness of the bolt. What should be the initial tightening load so that the point is leak proof at maximum pressure? Also choose a suitable bolt for the above application 2 The propeller shaft of a marine engine is to transmit 600 kW at 1200 rpm, without a significant bending. The efficiency of the propeller is 88% at 32 knots ( 1 knot = 1085 km/hr). If the slenderness ratio is less than 50 and the permissible shear stress should not exceed 65 Mpa. Determine the diameter of shaft. 3 A semi-elliptic leaf spring consists of two extra full-length leaves and six graduated length leaves, including the master leaf. Each leaf is 7.2 mm thick and 65 mm wide. The centre-to-centre distance between the two eyes is 1.3m. The leaves are pre-stressed in such a way that when the load is maximum, stress induced in all leaves are equal to 380 N/mm sq. Determine the maximum force that the spring can withstand

2190

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