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aipmt–Past papers,[object Object],PHYSICS- UNSOLVED PAPER - 1996,[object Object]
SECTION – I (Total Marks : 50),[object Object],Single Correct Answer Type,[object Object],There are five parts in this question. Four choices are given for each part and one of them is correct.  Indicate  you choice of  the correct  answer for  each part in  your answer-book by  writing  the letter (a), (b), (c) or (d)  whichever  is appropriate,[object Object]
01,[object Object],Problem,[object Object],The  minimum  wavelength  of the X-rays  produced  by electrons  accelerated  through  a potential  difference  of V volts  is directly  proportion to,[object Object],a.1/v,[object Object],b. √v,[object Object],c. V2,[object Object],d.1/√v,[object Object]
Problem,[object Object],02,[object Object],A beam of  electrons is moving  with constant  velocity  in a region  having  electric  and magnetic  fields  of strength  20 Vm-1 and 0.5 T at right  angles  to the  direction  of motion of the  electrons.  What  is the velocity  of the  electrons?,[object Object],8 ms-1,[object Object],5.5 ms-1,[object Object],20 ms-1,[object Object],40 ms-1,[object Object]
Problem,[object Object],03,[object Object],An electron beam  has a  kinetic  energy  equal  to  100 eV.  Find its   wavelength  associated  with a  beam,  if mass of  electron  = 9.1 x 10-31 kg and  1 eV  = 1.6 x 10-19 J/eV. (Planck’s  constant  = 6.6 x 10-34 J-s),[object Object],24. 6 Å,[object Object],0.12 Å,[object Object],1.2 Å,[object Object],6.3 Å.,[object Object]
Problem,[object Object],04,[object Object],A man fires  a bullet  of mass  200 gm at  speed of  5 m/s. the gun is  of one kg mass. By what  velocity  the gun   rebounds  backward?,[object Object],1 m/s,[object Object],0.01m/s,[object Object],0.1m/s,[object Object],10 m/s.,[object Object]
Problem,[object Object],05,[object Object],In  a Fresnel  baptism  experiment,  the two positions  of lens give separation  between  the slits  as 16 cm  and 9 cm respectively. What is the  actual  distance  of  separation?,[object Object],13 cm,[object Object],14 cm,[object Object],12.5 cm,[object Object],12 cm.,[object Object]
Problem,[object Object],06,[object Object],A 10 eV electron is circulating  in a plane  at right  angles to a uniform  field  at magnetic  induction  10-4Wb/m2 (= 1.0 gauss), the orbital  radius  of  electron is ,[object Object],11 cm,[object Object],18 cm,[object Object],12 cm,[object Object],16 cm.,[object Object]
Problem,[object Object],07,[object Object],A linear  harmonic  oscillator  of force  constant  2 x 106 N/m and amplitude  0.01 m has  a total  mechanical  energy  of  160 J. Its ,[object Object],P.E. is  160 J,[object Object],P.E. is zero ,[object Object],P.E. is  100 J,[object Object],P.E. is 120 J ,[object Object]
Problem,[object Object],08,[object Object],When  NPN transistor  is used  as an amplifier, then,[object Object],Electrons  move  from  collector  to base,[object Object],Holes  move from  base to  emitter ,[object Object],Electrons  move from  base to  collector ,[object Object],Electrons  move from emitter  to base.,[object Object]
Problem,[object Object],09,[object Object],When  arsenic is  added  as an  impurity  to silicon,  the resulting  material is,[object Object],n-type  conductor ,[object Object],n-type  semiconductor ,[object Object],p-type semiconductor ,[object Object],none of these.,[object Object]
Problem,[object Object],10,[object Object],When using  a triode, as an  amplifier,  the electrons  are emitted by,[object Object],Grid and collected  by cathode only ,[object Object],Cathode and collected by the anode  only ,[object Object],Anode and collected by  cathode only ,[object Object],Anode  and collected  by the gird  and by  cathode. ,[object Object]
Problem,[object Object],11,[object Object],The energy  of a hydrogen  atom  in its ground state  is-13.6 eV. The energy  of the level  corresponding  to the  quantum number n = 2 in  the hydrogen  atom is,[object Object],-0.54 eV,[object Object],-3.4 eV,[object Object],-2.72 eV,[object Object],-0.85 eV.,[object Object]
Problem,[object Object],12,[object Object],According  to Bohr’s  principle,  the relation between  principal  quantum  number (n) and   radius of orbit  is,[object Object],a. ,[object Object],b.,[object Object],c.,[object Object],d.,[object Object]
Problem,[object Object],13,[object Object],In  a  discharge  tube  at  0.02 mm, there is  formation  of,[object Object],Crooke’s dark  space,[object Object],Faraday’s  dark space,[object Object],Both space  partly ,[object Object],None of these,[object Object]
Problem,[object Object],14,[object Object],A metal  ring is  held horizontally  and bar magnet  is dropped  through  the ring with its length along  the axis  of the ring.  The acceleration of the falling  magnet is,[object Object],More than g,[object Object],Equal to g,[object Object],Less than  g,[object Object],Either ‘a’ or ‘c’.,[object Object]
Problem,[object Object],15,[object Object],The magnetic  field dB due to a small  current  element  dl at  a distance  and element  carrying  current I is,[object Object],a.,[object Object],b.,[object Object],c.,[object Object],d. ,[object Object]
Problem,[object Object],16,[object Object],The energy  stored in a capacitor  of capacity C and  potential  V is given by,[object Object], a.CV/2,[object Object],b. C2V2/2,[object Object],c. CV2/2,[object Object],d. C2V/2,[object Object]
Problem,[object Object],17,[object Object],A point   charge + q is  placed  at the mid-point of  cube  of side l. The electric flux  emerging  from the  cube is,[object Object], a.,[object Object],b.,[object Object],c.    zero,[object Object],d.,[object Object]
Problem,[object Object],18,[object Object],An electron of mass m  and charge e is  accelerated  from  rest through  a potential  difference V in  vacuum.  Its final  velocity  will be,[object Object],a.  √2eV/m,[object Object],b.  √eV/m,[object Object],c.  2V/2m,[object Object],d.  eV/m,[object Object]
Problem,[object Object],19,[object Object],Light  travels  through  a glass  plate  of thickness t  and having  a refractive  index . If c  is the velocity  of light in  vacuum,  the time taken by  light  to travel this thickness of  glass is ,[object Object],a. t/μc,[object Object],b. μt/c,[object Object],c. Tμc,[object Object],d. tc/μ,[object Object]
Problem,[object Object],20,[object Object],The  work  done in  turning  a magnet  of  magnetic  moment M by  an angle  of 900 from the  meridian,  is n  times  the corresponding  work done to turn  it through  an angle  of 600. The value  of n is  given  by,[object Object],1/2,[object Object],1/4,[object Object],2,[object Object],1.,[object Object]
Problem,[object Object],21,[object Object],A ray of light  from  a denser  medium  strikes  a rare  medium  as shown  in figure.  The reflected and   refracted rays makes an  angle  of 900 with each  other.  The angles of  refection  and  refraction are r and r’.  The  critical  angle would be,[object Object],sin-1 (tan r),[object Object],tan-1 (sin r),[object Object],sin-1 (tan r),[object Object],tan-1 (sin r),[object Object]
Problem,[object Object],22,[object Object],At 0 K  which of the following  properties of  a gas will be zero ?,[object Object],Vibration  energy ,[object Object],Density ,[object Object],Kinetic energy ,[object Object],Potential  energy.,[object Object]
Problem,[object Object],23,[object Object],The refractive  index  of water is 1.33.  What will be  the speed  of light in water ?,[object Object],4 x 108 m/s,[object Object],1.33 x 108 m/s,[object Object],3 x 108 m/s,[object Object],2.25 x 108 m/s,[object Object]
Problem,[object Object],24,[object Object],Two sound  waves  having  a  phase  difference of  600 have  path difference  of ,[object Object],a.λ/6,[object Object],b. λ/3,[object Object],c. 21,[object Object],d. λ/2,[object Object]
Problem,[object Object],25,[object Object],A diatomic  gas  initially at  180C is  compressed  adiabatically  to one  eighth of its   original  volume.  The temperature  after compression  will be,[object Object],395.40C,[object Object],1440C,[object Object],180C,[object Object],887.40C,[object Object]
Problem,[object Object],26,[object Object],An ideal gas,   undergoing  adiabatic   change,  has which of the following  pressure  temperature  relationship?,[object Object],              = constant ,[object Object],              = constant ,[object Object],              = constant,[object Object],              = constant,[object Object]
Problem,[object Object],27,[object Object],A truth   table is give.  Which of the following  has this type  of truth  table?,[object Object],AND gate,[object Object],OR gate,[object Object],XOR gate,[object Object],NOR gate,[object Object]
Problem,[object Object],28,[object Object],This symbol  represents,[object Object],AND gate,[object Object],NOR gate,[object Object],NAND gate,[object Object],OR gate.,[object Object]
Problem,[object Object],29,[object Object],The value of  critical  temperature  in terms  of Van der Waals’ constant a  and b is  given by ,[object Object],a.,[object Object],b.,[object Object],c.,[object Object],d.,[object Object]
Problem,[object Object],30,[object Object],Two  vectors   are such  that . The  angle between the two  vectors will be,[object Object],1800,[object Object],00,[object Object],600,[object Object],900,[object Object]
Problem,[object Object],31,[object Object],A nucleus  ruptures  into  two nuclear  parts,  which  have their  velocity  ratio equal to  2 : 1. What  will be the  ratio  of their  nuclear size  (nuclear  radius)?,[object Object],31/2 : 1,[object Object],1 : 31/2,[object Object],21/3 : 1,[object Object],1 : 21/3,[object Object]
Problem,[object Object],32,[object Object],A moving   body of  mass m and  velocity  3 km/hour  collides  with a rest body  of mass 2m and  sticks to it. Now  the  combined  mass starts  to move.  What  will be  the combined  velocity ?,[object Object],3km/hour,[object Object],4km/hour,[object Object],1 km/hour,[object Object],2 km/hour,[object Object]
Problem,[object Object],33,[object Object],The kinetic  energy (Ek) of   a  photoelectron  varies  with the frequency  (v) of the  incident  radiation as  which of  the following  graph?,[object Object],a.,[object Object],b.,[object Object],c.,[object Object],d.,[object Object]
Problem,[object Object],34,[object Object],A ball  is  dropped  from a spacecraft  revolving  around  the earth  at a height of  120 km. What will happen  to the ball?,[object Object],It will  fall down to  the earth  gradually ,[object Object],It will  go very  far in  the space ,[object Object],It will  continue to move with the  same speed  along the original  orbit of  spacecraft ,[object Object],It will move  with the same speed,  tangentially  to the  spacecraft. ,[object Object]
Problem,[object Object],35,[object Object],If a photon has  velocity  c and  frequency v,  then  which of the following  represents its wavelength?,[object Object],a. Hv/c2,[object Object],b. hv,[object Object],c. hc/E,[object Object],d. hv/c,[object Object]
Problem,[object Object],36,[object Object],The  dimensions  of  impulse are  equal to  that of,[object Object],Pressure ,[object Object],Linear  momentum,[object Object],Force,[object Object],Angular  momentum.,[object Object]
Problem,[object Object],37,[object Object],The equation  of  a sound wave is  y =0.0015 sin  (62.4x + 316t).  Find the wavelength  of this wave ,[object Object],0.3 unit,[object Object],0.2 unit,[object Object],0.1unit,[object Object],cannot be  calculated.,[object Object]
Problem,[object Object],38,[object Object],A  force  vector  applied  on a mass is represented  as   and accelerates  with 1  m/s2. What will be the mass of  the body?,[object Object],a.10 kg,[object Object],b.20 kg,[object Object],c.10√2kg,[object Object],d. 2√10kg,[object Object]
Problem,[object Object],39,[object Object],A body dropped from a height  h with initial velocity zero, strikes the ground with  a  velocity 3 m/s. Another body of same mass dropped from the same height h with an initial velocity of 4 m/s. Find the final velocity of second mass, with which it strikes the ground,[object Object],5m/s,[object Object],12 m/s,[object Object],3 m/s,[object Object],4 m/s.,[object Object]
Problem,[object Object],40,[object Object],A particle starts with S.H.M.  from the mean position as shown in the fig. Below. Its  amplitude  is A and its time period is T. At  one time,  its speed  is half  that of the  maximum  speed.  What is  this  displacement?,[object Object],a.2A/√3,[object Object],b. 3A/√2,[object Object],c.√2A/3,[object Object],d.√3A/2,[object Object]
Problem,[object Object],41,[object Object],What will be  the  formulae  of mass of  the earth in  terms  of  g, R and G?,[object Object],a.,[object Object],b.,[object Object],c.,[object Object],d.,[object Object]
Problem,[object Object],42,[object Object],The  velocity  of photons  is proportional  to (where v = frequency),[object Object],a.1/√v,[object Object],b. V2,[object Object],c. v,[object Object],d. √v,[object Object]
Problem,[object Object],43,[object Object],If  a  convex  lens of  focal  length  80 cm and a  concave  lens of  focal  length 50 cm are   combined  together,  what will  be their  resulting  power ?,[object Object],+ 7.5 D,[object Object],-0.75 D,[object Object],+ 6. 5 D,[object Object],-6.5 D.,[object Object]
Problem,[object Object],44,[object Object],The  density  of a cube  is measured by  meausuring  its mass and length  of its  sides.  If the maximum  error in the measurement  of mass and  lengths  are  3% and 2%  respectively,  the maximum  error in the  measurement  of density  would be,[object Object],12%,[object Object],14 %,[object Object],7%,[object Object],9 %.,[object Object]
Problem,[object Object],45,[object Object],An  equation  is given  here  where  P = Pressure,  V = Volume and  = Absolute  temperature.  If a and b are constants, the  dimensions of  ‘a’  will be,[object Object],ML-5T-1,[object Object],ML5T1,[object Object],ML5T2,[object Object],M-1L5T2.,[object Object]
Problem,[object Object],46,[object Object],Which of the  following   dimensions will be  the same as  that  of time ?,[object Object],a. L/R,[object Object],b. C/L,[object Object],c.LC,[object Object],d. R/L,[object Object]
Problem,[object Object],47,[object Object],Two equal  electric  currents  are flowing  perpendicular to  each other shown in  the figure. AB and CD are perpendicular  to each other and symmetrically  placed  with respect  to the currents.  Where do we expect the  resultant  magnetic  field  to be zero?,[object Object],On CD,[object Object],On AB,[object Object],On both  OD and BO,[object Object],On both  AB and CD.,[object Object]
Problem,[object Object],48,[object Object],A body  is whirled in   a horizontal  circle  of radius  20 cm.  It has an angular velocity of  10 rad/s.  What  is its  linear  velocity  at any  point  on circular  path ?,[object Object],20 m/s,[object Object],√2     m/s,[object Object],10 m/s,[object Object],2 m/s.,[object Object]
Problem,[object Object],49,[object Object],A  10 N  force  is applied  on a body  produce  in it an  acceleration of  1 m/s2. The mass  of the body  is ,[object Object],15 kg,[object Object],20 kg,[object Object],10 kg,[object Object],5 kg.,[object Object]
Problem,[object Object],50,[object Object],What will be the  equivalent resistance  between  the two  points  A and D?,[object Object],30Ω,[object Object],40 Ω,[object Object],10 Ω,[object Object],10 Ω,[object Object]
For solution visit www.vasista.net,[object Object]

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AIPMT Physics 1996

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Notas do Editor

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