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... : ( a ) Specific - heat of a gas . ( b ) Mechanical theory of heat . ( c ) Efficiency of reversible engines . ! mechanical analogy , the relation existing between the wave. Queen's University Examinations : April , 1909 .
... : ( a ) Specific - heat of a gas . ( b ) Mechanical theory of heat . ( c ) Efficiency of reversible engines . ! mechanical analogy , the relation existing between the wave. Queen's University Examinations : April , 1909 .
Pagina
... Discuss briefly the following topics : ( a ) Specific - heat of a gas . ( b ) Mechanical theory of heat . ( c ) Efficiency of reversible engines . 7. ( a ) Explain the measurement of wave -. Queen's University Examinations : April , 1909 .
... Discuss briefly the following topics : ( a ) Specific - heat of a gas . ( b ) Mechanical theory of heat . ( c ) Efficiency of reversible engines . 7. ( a ) Explain the measurement of wave -. Queen's University Examinations : April , 1909 .
Pagina
... engine makes 300 revolutions per minute . Find the angle in degrees turned through in 1 second . 5 2. ( a ) Proce sec2 0 = 1 + tan2 0 . ( b ) If sin 0 = a / b , find cos 0 and tan 0 . 3. A railway line is to be run with a max . grade of ...
... engine makes 300 revolutions per minute . Find the angle in degrees turned through in 1 second . 5 2. ( a ) Proce sec2 0 = 1 + tan2 0 . ( b ) If sin 0 = a / b , find cos 0 and tan 0 . 3. A railway line is to be run with a max . grade of ...
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... engine during the ascent . 4. A 2 horse - power motor is attached to a pump of 60 % efficiency to empty a pit of water . The pit is 10 ft . in diameter and 20 ft . deep and is 34 full of water . ( a ) How long will it take to empty the ...
... engine during the ascent . 4. A 2 horse - power motor is attached to a pump of 60 % efficiency to empty a pit of water . The pit is 10 ft . in diameter and 20 ft . deep and is 34 full of water . ( a ) How long will it take to empty the ...
Pagina
... of the cylindrical , conical , and Whiting hoists . For what conditions are they suited , and how do they attempt to balance or steady the load on the engines ? FACULTY OF PRACTICAL SCIENCE . METALLURGY I. 1. What is.
... of the cylindrical , conical , and Whiting hoists . For what conditions are they suited , and how do they attempt to balance or steady the load on the engines ? FACULTY OF PRACTICAL SCIENCE . METALLURGY I. 1. What is.
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