Examination Papers |
Knygos viduje
Rezultatai 15 iš 30
psl.
( a ) The pressure of the wind on a plane area varies jointly as the area and the square of the velocity of the wind . If the pressure on one square foot is one pound when the velocity of the wind is 16 miles per hour , what is the ...
( a ) The pressure of the wind on a plane area varies jointly as the area and the square of the velocity of the wind . If the pressure on one square foot is one pound when the velocity of the wind is 16 miles per hour , what is the ...
psl.
( a ) State exactly the result of increasing the pressure on a given quantity of air , the temperature remaining constart . ( b ) In making a barometer a small quantity of air has been left in the space above the mercury The tube used ...
( a ) State exactly the result of increasing the pressure on a given quantity of air , the temperature remaining constart . ( b ) In making a barometer a small quantity of air has been left in the space above the mercury The tube used ...
psl.
( b ) Explain why boiling occurs at a definite temperature , and why that temperature depends on the atmospheric pressure . 6. In laying steel rails 30 ft . long , how much space must be left between each two , if the temperature at the ...
( b ) Explain why boiling occurs at a definite temperature , and why that temperature depends on the atmospheric pressure . 6. In laying steel rails 30 ft . long , how much space must be left between each two , if the temperature at the ...
psl.
... ( b ) Its gas density compared with air , and ( c ) The weight of one litre as a gas at normal temperature and pressure . 6. Write the equilibrium equation for a solution of bismuth trichloride in water , and explain fully ( 1 ) how ...
... ( b ) Its gas density compared with air , and ( c ) The weight of one litre as a gas at normal temperature and pressure . 6. Write the equilibrium equation for a solution of bismuth trichloride in water , and explain fully ( 1 ) how ...
psl.
( b ) Apply these equations to find the direction of a blow struck by a body capable of rotation about a fixed axis , so that no pressure results on the axis . Find also the relation between the magnitude of the blow and the resulting ...
( b ) Apply these equations to find the direction of a blow struck by a body capable of rotation about a fixed axis , so that no pressure results on the axis . Find also the relation between the magnitude of the blow and the resulting ...
Ką žmonės sako - Rašyti recenziją
Neradome recenzijų įprastose vietose.
Kiti leidimai - Peržiūrėti viską
Pagrindiniai terminai ir frazės
acid angle answer applied ARTS briefly Calculate Candidates causes centre changes chief circle Compare connection criticism Define Describe determine diameter Discuss Draw EDUCATION effect electric ENGINEERING English equation examination examples Explain FACULTY FACULTY OF PRACTICAL FINAL HONOURS Find five force four French fully function German Give given Greek Illustrate importance Indicate length load magnetic means meant measured method motor Name nature notes obtained origin Outline pass passages plane plays position PRACTICAL SCIENCE PRELIMINARY HONOURS pressure principle Prove questions relation resistance result School short Show Sketch solution structure survey teaching temperature theory tion Translate unit weight Write Write notes δὲ καὶ
Bibliografinė informacija
| Pavadinimas | Examination Papers |
| Autorius | Queen's University (Kingston, Ont.) |
| Išleista | 1914 |
| Originalas iš | Harvardo universitetas |
| Pakeista skaitmenine forma | 31 gegužės 2007 |
| Eksportuoti šaltinį | BiBTeX EndNote RefMan |