#1
4th June 2015, 01:43 PM
| |||
| |||
AIIMS Staff Nurse Question Paper Pdf
My cousin sister has applied for the Staff Nurse Recruitment in AIIMS Patna. the written exam for this recruitment will be held in next month. She is studying with books and important notes. Now she wants question papers for this recruitment. So please provide me question papers of Staff Nurse Examination in PDF format with their answer keys.
|
#2
24th February 2016, 02:40 PM
| |||
| |||
Re: AIIMS Staff Nurse Question Paper Pdf
Hello Guys , Here I am Looking for Previous year AIIMS Staff Nurse Recruitment Exam Question Paper , Will you please Provide me Same for me help ?
|
#3
24th February 2016, 02:41 PM
| |||
| |||
Re: AIIMS Staff Nurse Question Paper Pdf
Friend As Per your Asking here I ma Providing AIIMS Staff Nurse Recruitment Previous year Exam Question Paper : The radius of curvature of a spherical surface is measured using A. a spherometer B. spectrometer C. screw gauge D. slide callipers If the dimensions of length are expressed as Gx, Cy, h z, where G, C, h are universal gravitational constant, speed of light and Plank's constant respectively, then A. x = 1/2, y = 1/2 B. x = 1/2, z = 1/2 C. y = 1/2, z = 3/2 D. y = + 3/2, z = 1/2 3. The dimensional formula of electric field strength is: A. MLT-2 I-1 B. MLT-3A-1 C. T-2A-1 D. MLTA-2 A man throws a ball in air in such a way that when the ball is in its maximum height he throws another ball. If the balls are thrown after the time difference of 1 sec, then what wilt be the height attained by them A. 19.6 m B. 9.8 m C. 4.9 m D. 2.45 m If the velocity time graph of a body is a straight line sloping downwards, the body has A. acceleration B. declaration C. zero acceleration D. constant acceleration Which one of the following equations represents the motion of body with finite constant acceleration? A. y = at B. y = at + bt2 C. y = at + bt 2 + ct3 D. y = at + bt What is the magnitude of the velocity of the body when it is projected horizontally from a point above the ground after 0.2 seconds? A. √2 ms-1 B. 2√2 ms-1 C. 3√2 ms-1 D. 4√2 ms-1 A string can withstand a tension of 25 N. What is the greatest speed at which a body of mass 1 kg can be whirled in a horizontal circle using 1 m length of the string? A. 25 ms-1 B. 5 ms-1 C. 75 ms-1 D. 10 ms-1 The maximum force of friction that comes into play is called A. limiting friction B. kinetic friction C. static friction D. minimum friction A body of mass 5 Kg is raised vertically to a height of 10 m by a force of 170 N. The final velocity of the body is A. 15 ms-1 B. 17 ms-1 C. 20 ms-1 D. 22 ms-1 A cyclist moving at a speed of 17.64 km/h describes a circle of radius 9.8 m. If the cyclist is held in balance, the co-efficient of friction between the tyre and the ground is A. 0.25 B. 0.29 C. 0.36 D. 0.35 Two bodies with masses m1 and m2 have equal kinectic energies. If P1 and P2 are their respective momenta, then P1 = P2 is A. m1 : m2 B. m2 : m1 C. m1 2 : m2 2 D. √m1 : √m2 In elastic collision, A. only energy is conserved B. only momentum is conserved C. both energy and momentum is conserved D. none of these The velocity of a particle whose kinetic energy is equal to the rest energy is A. (1/2) C B. C C. √3/3 D. √3 C The propeller of a ship makes 350 rev. while its speed increases from 200 rpm to 500 rpm. Then the time taken for this is A. 1 min B. 1.2 minute C. 5.3 seconds D. 53 seconds The K.E. needed to project a body from the earth's surface to infinity is A. mgR B. 2 mgR C. 1/2 (mgR) D. 1/4 (mgR) The Distance of two planets from the sun are 1013 and 1012 meters respectively. The ratio of time period of these two planets is A. √10 B. 1/√10 C. 100 D. 10√10 Which of the substance breaks just beyond the elastic limit? A. Elastic B. Malleable C. Brittle D. Ductile A stone of mass 16 kg is attached to a string 144-meter-long and is whirled in a horizontal circle. The maximum tension the string can stand is 16 N. The maximum velocity of revolution that can be given to the stone without breaking it will be A. 12 ms-1 B. 14 ms-1 C. 16 ms-1 D. 20 ms-1 A vessel containing 0.1 m3 of air at 76 cm of Hg pressure is connected to an evacuated vessel of capacity 0.09 m3. The resultant air pressure is A. 20 cm of Hg B. 30 cm of Hg C. 40 cm of Hg D. 50 cm of Hg Two gases A and B having the same temperature T, same pressure P and the same volume V are mixed. If the mixture is at the same temperature T and occupies a volume V, the pressure of the mixture is A. P B. 2P C. P/2 D. 4P Velocity of sound in CO2 is less than in hydrogen because A. CO2 is heavier than hydrogen B. CO2 is a compound and hydrogen is an element C. CO2 is more soluble in water D. CO2 can be more easily liquefied Here I am Attaching Pdf file which having complete Previous year AIIMS Staff Nurse Recruitment Exam Paper you Can Download free of cost : |