How to study for VITEEE

Hello sir I have filled form for appear in VITEEE exam now can you tell me study plan for make good marks ??

[Pathak]

You need to have a good study plan for VITEEE , first of all know about your exam pattern collects syllabus of exam

Do practice of old Questions paper

Make a proper time table to check your level of preparation as per prescribed syllabus.

You can check topic covered under VITEEE
Topics under Physics

Electrostatics, Current Electricity, Effects of Electric Current, Electromagnetic Induction and semiconductor devices. You need to focus more on these topics as most of the question will from these topics.

Topics under Chemistry

Atomic Structure, Electrochemistry, Biomolecules, Organic Nitrogen Compounds, Alcohols and Ethers. NCERT is the best source for In organic preparation thus you can refer this.

Topics under Maths

Vector Algebra, Analytical Geometry of Three Dimensions, Integral Calculus and its Applications are the tough topic thus give proper emphasis on them.

For your help I have also providing sample question paper

1) Ionization power and penetration range of radioactive radiation increases in the order:
a)α,β,γ and α,β,γ respectively
b) γ, β, α and γ, β, α respectively
c) γ, β, α and α,β,γ respectively
d) α,β,γ and γ, β, α respectively

2) The half-life of a radioactive element is 3.8 days. The fraction left after 19 days will be:
a) 0.124
b) 0.062
c) 0.093
d) 0.031



3) The temperature coefficient of a zener mechanism is:

a) negative
b) positive
c) infinity
d) zero

4) The antenna current of an AM transmitter is 8A when only the carrier is sent, but it increases to 8.93 A when the carrier is modulated by a single sine wave. Find the percentage modulation.
a) 60.1
b) 70.1
c) 80.1
d) 50.1

5) Assuming f to be frequency of first line in Balmer series, the frequency of the immediate next (i.e second) line is :
a) 0.50f
b) 1.35f
c) 2.05f
d) 2.70f

6) A photosensitive material would emit electrons, if excited by photons beyond a threshold. To overcome the threshold, one would increase the :
a) voltage applied to the light source
b) intensity of light
c) wavelength of light
d) frequency of light

7) Two electrons are moving in ooposite direction with speeds 0.8c and 0.4c, where c is the speed of light in vacuum. Then the relative speed is about:
a) 0.4c
b) 0.8c
c) 0.9c
d) 1.2c

8) Radio carbon dating is done by estimating in specimen the:
a) amount of ordinary carbon still present
b) amount of radio carbon still present
c) ratio of amount of 14C6 to 12C6 still present
d) ratio of amount of 12C6 to 14C6 still present

9) Four independent waves are represented by equations:
1) X1 = a1 sin ώt
2) X2 = a1 sin 2ώt
3) X3 = a1 sin ώ1t
4) X4 = a1 sin (ώt + δ)
Interference is possible between waves represented by equations:
a) 3 and 4
b) 1 and 2
c) 2 and 3
d) 1 and 4

10) Indicate which one of the following statements is not correct:
a) Intensities of reflections from different crystallographic planes are equal
b) According to Bragg’s law higher order of reflections have high θ values for a given wavelength of radiation
c) For a given wavelength of radiation, there is a smallest distance between the crystallographic planes which can be determined
d) Bragg’s law may predict a reflection from a crystallographic plane to be present but it may be absent due to the crystal symmetry

11) The temperature coefficient of resistance of a wire is 0.00125/K. At 300 K, its resistance is 1 Ω. The resistance of the wire will be 2 Ω at :
a) 1154 K
b) 1100 K
c) 1400 K
d) 1127 K

12) A uniform copper wire of length 1 m and cross sectional are 5 x 10-7 m2 carries a current of 1A. Assuming that there are 8 x 1028 free electron/m3 in copper, how long will an electron take to drift from one end of the wire to the other?
a) 0.8 x 103 s
b) 1.6 x 103 s
c) 3.2 x 103 s
d) 6.4 x 103 s

13) In Young’s double slit experiment, the interference pattern is found to have an intensity ratio between bright and dark fringes is 9. This implies that :
a) the intensities at the screen due to two slits are 5 units and 4 units respectively
b) the intensities at the screen due to the two slits are 4 units and 1 unit respectively
c) the amplitude ratio is 7
d) the amplitude ratio is 6

14) If the coefficient of mutual induction of the primary and secondary coils of an induction coil is 5 H and a current of 10 A is cut off in 5 x 10-4 s, the emf inducted (in volt) in the secondary coil is :
a) 5 x 104
b) 1 x 105
c) 25 x 105
d) 5 x 106

15 ) A car is moving on a horizontal circular path with 10 m/s constant speed. A rigid body is suspended from ceiling of car with a 1 m long light rod, the angle between rod and path is:
a) 60
b) 45
c) 30
d) zero

16) There is a q charge placed in the centre of a cube, then the emergent flux is :



a) q/6ε0
b) q/8 ε0
c) q/2 ε0
d) q/ ε0

17) In which of the waves the energy is not propagated:
a) EM waves
b) Longitudinal waves
c) Stationary waves
d) Transverse waves

18) Radar waves are sent towards a moving aeroplane and the reflected waves are received. When the aeroplane is moving towards the radar, the wavelength of the wave :
a) Decreases
b) Increases
c) Remains the same
d) Sometimes increases or decreases

19) One electron and one proton is accelerated by equal potential. Ratio in their de-Broglie wavelength is:
a) 1
b) Me/mp
c) √mp/me
d) √me/mp

20) The radius of nucleus is:
a)proportional to its mass number
b) inversely proportional to its mass number
c) proportional to the cube root of its mass number
d) not related to its mass number

21)Rising and setting sun appears to be reddish because:
a) Diffraction sends red rays to earth at these times
b) Scattering due to dust particles and air molecules are responsible
c) Refraction is responsible
d) Polarization is responsible

22)The magnetic moment of the ground state of an atom whose open sub shell is half- filled with five electrons is:
a)√35√µB
b)35 µB
c) 35õB
d) µB √35

23)A voltage of peak value 283 V and varying frequency is applied to a series L-C-R combination in which R= 3Ω, L= 23 mH and C = 400 µF. The frequency (in Hz) of the source at which maximum power is dissipated in the above, is:
a) 51.5
b) 50.7
c) 51.1
d) 50.3

more VITEEE question paper detail attached a word file;