Syllabus of Assam CEE

Do you have syllabus of Assam CEE Entrance Exam? Actually my brother is thinking to apply for Assam CEE Exam, so he wants to see syllabus of this Exam before applying for admission. So please provide detailed syllabus.

As you want syllabus of Assam CEE Entrance Exam, so here I am providing following syllabus:

Assam CEE Entrance Exam Syllabus
PHYSICS
Units and Measurement, Motion in One Dimension, Motion in Two or Three Dimension, Laws of Motion, Work, Energy and Power, Rotational Motion & Moment of Inertia, Solids and Fluids, Gravitation, Oscillations, Waves, Heat and Thermodynamics, Transference of Heat, Current Electricity, Thermal and Chemical Effects of Currents, Electrostatics, Magnetic Effects of Currents, Electromagnetic Induction & Alternating Currents, Wave Optics, Ray Optics, Electromagnetic Waves, Electron and Photons, Magneto statics, Atoms, Molecules & Nuclei and Solids & Semiconductors Devices.

CHEMISTRY
Some Basic Concepts, Atomic Structure, Solutions, States of Matters, Chemical energetic and Thermodynamics, Chemical Equilibrium, Redox Reactions & Electro Chemistry, Surface Chemistry, Chemical Families – Periodic Properties, Rates of Chemical Reactions & Chemical Kinetics, Chemistry of Non-Metals (I), Chemistry of Non-Metals (II), Heavy Metals, Chemistry of Representative Elements, Alkaline Earth Metals, Boron Family, Carbon Family, Alkali Metals, Nitrogen Family, Oxygen Family, Halogen Family, Noble Gases & Hydrogen, Transition Metal including Lanthanides, Nuclear Chemistry, Some Basic Principles, Classification of Organic Compounds, Organic Compounds containing Oxygen, Organic Compounds containing Halogens, Hydrocarbons, Organic Compounds containing Nitrogen, Synthetic & Natural Polymers, Bio Molecules and Biological Processes, Chemistry in Action and Environmental Chemistry.

MATHEMATICS
Sets, Arithmetic-Geometric Series, Lagrange’s Mean Value Theorems, Heights and Distances, Complex Number, Applications for approximation, Arithmetic Geometric & Harmonic Progression, Binomial theorems & its Applications, Integration using trigonometric identities, Calculation of mean median & mode of grouped & ungrouped data, Family of Circles, Combination, Conic Section, Differential Equation, Binomial and Poisson distribution, Differential Calculus, Fundamental Integrals, Integral as limit of a sum, Law of Motion Projectile, Sphere, Motion under Gravity, Relation between roots & coefficient numbers, Integral Calculus, Polynomials, Matrices & determinants and Quadratic equation.

Here I am attaching old year question papers of Assam CEE Entrance Exam for your reference:

Assam CEE Entrance Exam Question Paper (Physics)


1. The unit of surface tension is
(a)N/C
(b)N/m
(c)C/N
(d)m/N
Ans.(b)
4. The acceleration a of moving body from rest is 2 (t — 1). Then, the velocity at 5 s will be
(a) 15 m/s
(b) 25 m/s
(c) 35 m/s
(d) 45 m/s
Ans.(a)
7. The momenta of two particles of masses m and 2m are 2p and p respectively. The ratio of
their kinetic energies will be
(a)2:1
(b)4:1
(c)1:8
(d)8:1
Ans.(d)
8. If the escape velocity at the earth is 11.2 km/s, then what will be the escape velocity
of planet having mass 4 times of earth and gravitational acceleration equal to earth?
(a) 7.9 m/s
(b) 11.2 km/s
(c) 15.7 km/s
(d) None of these
Ans.(c)
10. If the range and time period of projectile are related to R = 5T2, then the angle of
projection will be
(a)r/2
(b)r/3
(c) r/4
(d) r/6
Ans.(c)
13. At which of the following positions, the acceleration of the particle in SUM will be
maximum?
(a) At mean position
(b) At peak position
(c) At half position of amplitude
(d) None of the above
Ans.(b)
18. The two particles A and B remain at rest position. Both of them due to their attraction
forces move towards each other. At any instant the velocity of A is V. At that instant
velocity of B is 2v. The velocity of centre- of mass of the system will be
(a)v
(b)zero
(c)1.5v
(d)3v
Ans.(b)
20. A hollow cylinder and a solid cylinder having same mass and diameter are rolled at
inclined plane, then which will reach first at the bottom?
(a) Both at same time
(b) Hollow cylinder
(c) Solid cylinder
(d) Which has more density
Ans.(c)
23. A player takes a complete round in path of radius R in 40 s. After 2 mm 20 s, its
displacement will be
(a) zero
(b) 2R
(c)ZrR
(d)7rR
Ans.(b)
28. The minimum distance of reflected surface from the source for listening the echo of
sound is
(a)28m
(b) 18m
(c) 19 m
(d) 16.5 m
Ans.(d)
29. Two sound waves of wavelengths 5 m and 6 m formed 30 beats in 3 s. The velocity of
sound is
(a) 300 m/s
(b) 310 m/s
(c) 320 m/s
(d) 330 m/s
Ans.(a)
30. Two waves are in phase when
(a) amplitude is same
(b) wavelength is same
(c) amplitude and wavelength are same
(d) phase difference remains constant
Ans.(d)
32. Newton’s law of cooling derived by
(a) Stefan’s law
(b) Kirchhoffs law
(c) Wien’s displacement law
(d) None of the above
Ans.(a)
33. Which of the following laws explains the spectrum of black body?
(a) Rayleigh - Jeans’s law
(b) Planck’s law
(c) Wien’s displacement law
(d) Stefan’s law
Ans.(b)
39. The capacity of spherical conductor is 0.1 /1 F, then its radius will be
(a)90m
(b)900m
(c)9000m
(d)zero
Ans.(b)
43. According to Kirchhoffs law the algebraic sum of currents meeting at a junction is
(a) limited
(b) zero
(c) infinite
(d) None of these
Ans.(b)
44. If a container filled by the ideal gas keeps in the moving car, the temperature of the gas
(a) will be increased
(b) will be decreased
(c) will remain unchanged
(d) None of the above
Ans.(c)
45. The number of turns of primary and secondary coils of transformer are 500 and 5000
respectively. The voltage and frequency of primary coil are 800 V and 50 Hz respectively,
then the frequency and voltage of secondary coil will be
(a) 50 Hz, 8000V
(b)800Hz800V
(C) 50 Hz, 80V
(d)5OHz ,800V
Ans.(a)
46. If an ideal gas filled in a closed container and the container is open in vacuum, then its
temperature will be
(a) increased
(b) decreased
(c) unchanged
(d) None of these
Ans.(b)
54. In the full-wave rectifier, the output frequency will be
(a)n
(b)2n
(c)n/2
(d)n2
Ans.(b)
55. The adiabatic coefficient of a gas is 7/5 .This gas will be
(a) He
(b) Ar
(c) Ne
(d) H2
Ans.(d)
61. The nature of bond in diamond is
(a) ionic
(b) covalent
(c) van der Waals
(d) metallic
Ans.(b)
62. Which of the following experiments does represent the wave nature of electrons?
(a) Davisson- Germer
(b) de-Broglie
(c) Rutherford
(d) Millikan oil drop
Ans.(b)
65. The temperature of star is 6060 K and maximum radiation emitted at 4653 A. For
another star, the maximum radiation emitted at 4545 A. The temperature of another star
will be
(a) 300 K
(b) 6204 K
(c) 3000 K
(d) 120 K
Ans.(b)
67. A body is walking away from a wall towards an observer at a speed of 2 rn/s and blows
a whistle whose frequency is 680 Hz. The number of beats heard by the observed per
second is (velocity of sound in air = 340 m/s)
(a) zero
(b) 2
(c)8
(d)4
Ans.(d)
69. For uranium nucleus, the value of nucleon binding energy will be
(a) 7.6eV
(b) 7.6 ,U eV
(c) 7.6 MeV
(d) 7.6 keV
Ans.(c)
71. By which of the following the nucleus can’t be cleaved?
(a) a -ray
(b) y -ray
(c) b -ray
(d) Laser
Ans.(d)
72. Which of the following is not semiconductor?
(a)Si
(b)Ge
(c) NaCI
(d) Cds
Ans.(c)
73. For good emissive should be
(a) small work function and small melting point
(b) small work function and high melting point
(c) high work function and high melting point
(d) high work function and small melting point
Ans.(b)
74. The retarding potential for having zero photoe lectron current
(a) is proportional to the wavelength of incident light
(b) increases uniformly with the increase in the wavelength of incident light
(c) is proportional to the frequency of incident light
(d) increases uniformly with the increase in the frequency of incident light wave
Ans.(d)
75. From molecular theory of gas which of the following quantities at certainly for all gases
will be same?
(a) Momentum
(b) Kinetic energy
(c) Velocity
(d) Mass
Ans.(b)
78. Which of the following instruments depends upon the coil which rotates in the magnetic
field?
(a) Electric motor
(b) Dynamo
(c) Both (a) & (b)
(d) None of these
Ans.(c)
79. The principle of dynamo is
(a) electromagnetic induction
(b) magnetic induction
(c) electric induction
(d) None of the above
Ans.(a)
82. The potential of illuminate cathode, grid and plate of triode valve are 0, -3 and 80 V
respectively. An electron moves with the kinetic energy of 5eV from the surface of cathode.
On reaching the grid, the kinetic energy of electron will be
(a) 15eV
(b)2eV
(d)85eV
(d)3OeV
Ans.(b)
83. In photo-electric experiment, for incident light of 4000 A the stopping potential is 2 V.
If the value of incident light is changed to 3000 A, the stopping potential will be
(a) 2 V
(b) less than 2 V
(c) zero
(d) more than 2 V
Ans.(d)
86. The root mean square velocity and density of ideal gas are 1840 rn/s and 0.8 kg/m3
respectively. Its pressure will be
(a) 9.02 x 105 N/m2
(b) 0.02 x 104 N/m2
(c) 9.02 x 103 N/rn2
(d) 9.02 x 106 N/m2
Ans.(a)
89. 800 identical water drops are combined to form a big drop. Then, the ratio of the final
surface energy to the initial surface energy of all the drops together is
(a)1:10
(b)1:15
(c)1:20
(d)1:25
Ans.(c)
90. Three light bulbs of 100 W, 200 W and 40 W are connected in series with 200 V source.
The current will be
(a) maximum in bulb of 100 W
(b) maximum In bulb of 200 W
(c) maximum in bulb of 40 W
(d) equal in all
Ans.(d)
91. A gas mixture consists of 2 moles of oxygen and 4 moles of argan at temperature T.
Neglecting all vibrational moles, the total internal energy of the system is
(a)4RT
(b)15RT
(c) 9 RT
(d) 11 RT
Ans.(d)
92. One mole (y- = 5/3) of monoatomic gas mixture and the one mole of diatomic gas (y =
7/51. For mixtured the value of y will be
(a) 1.40
(b) 1.50
(c) 1.53
(d) 3.07
Ans.(b)
97. Let g be the acceleration due to gravity at earth’s surface and K be the rotational
kinetic energy of the earth. Suppose the earth’s radius decreased by 2% keeping all other
quantities same, then
(a) g decreases by 2% and K decreases by 4%
(b) g decreases by 4% and K increases by 2%
(c) g increases by 4% and K increases by 4%
(d) g decreases by 4% and K increases by 4%
Ans.(c)
98. The gravitational force between the point masses m and M is F. Now if an another point
mass 2m placed in front and touch of m, then force on M due to m and total force on M will
be
(a) 2F, F
(b) F, 2F
(c) F, 3F
(d) F, F
Ans.(c)
99. Beat Is listened by two sound sources of same amplitude and same frequency. Intensity
of sound of maximum beat as compare to the intensity of any source will be
(a)equal
(b) two times
(c) four times
(d) eight times
Ans.(c)
100. The equation of wave is y =0.5 sin (101 + xl, This is moving along x-axis. Its velocity is
(a)l0m/s
(b)20m/s
(c) 5 m/s
(d) None of these
Ans.(a)

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