VITEEE Tips

I want to crack VITEEE exam conducted by Vellore Institute of Technology . Will you please suggest some preparation tips to crack the VITEEE exam ?

[Kiran Chandar]

Here I am suggesting few tips to crack the VITEEE exam which you are looking for .

1. Develop logical thinking skill.

2. Have your maths, physics and chemistry basics right.

3. This exam needs a dedicated mindset and efforts so have a daily study routine in place.

4. If self study is not your habit then enroll into an institute which offer coaching for the exam.

5. Refer previous years’ exam paper to know what you can expect in the exam.

6. Revise regularly. Practice time management.

7. To see how well you are prepared for the exam, take mock tests.

8. Take little breaks during studies to get back your focus.

9. Eat healthy food and take good care of your body.

VITEEE Physics Paper

PHYSICS
1. The capacitance of two concentric spheres of radii 1 R and 2 R is ( ) 1 2 R R >
A) B) C) D)

2. A magnet of length 10 cm and magnetic moment 1 Am2, is placed along the side AB of an equilateral triangle
ABC. If the length of side AB is 10 cm, the magnetic field at point C is
A) 10-9 T B) 10-4 T C) 10-5 T D) 10-7 T

3. In an inductor, the current I (in Ampere) varies with time t (in second) as I = 5 + 16 t. If the emf induced in
the inductor is 10 mV, then its self inductance is
A) 6.25 X 10-4 H B) 6.25 X 10−3 H C) 7.5 X 10-4 H D) 7.5 X 10−3 H

4. The fringe width obtained in Youngs double – slit experiment conducted in a medium of refractive index 3 is
2 mm. The fringe width in vacuum is
A) 5 mm B) 1.5 mm C) 6 mm D) 1 mm


5. Three equal charges +Q each are placed on the vertices of an equilateral triangle. A charge +q is initially
placed at the centre of the triangle. If this charge (+q) is slightly displaced towards a vertex and left free,
the charge will
A) continue moving towards the corresponding vertex
B) move away from the corresponding vertex
C) return back to the centre
D) oscillate about the centre

6. Three capacitors of capacitances 2mF, 4mF and X mF are connected in series. If the resultant capacitance is
12/11 mF, what is the value of X ?
A) 6 mF B) 8 mF C) 5 mF D) 4 mF


7. Two electron beams having velocities in the ratio of 1:2 are separately subjected to regions of magnetic field
strength in the ratio of 1:2, respectively. The ratio of the radii of the circular paths they will traverse will be
A) 1:4 B) 4:1 C) 1:2 D) 1:1


8. An ideal transformer with a step up ratio of 100 operates with an input voltage of 230 V and current of 5 A. The
output current at the secondary will be
A) 0.05 A B) 0.5 A C) 0.005 A D) 500 A


9. The ratio of the ionization energy of Bohr’s hydrogen atom and hydrogen like Lithium atom is
A) 1:1 B) 1:3 C) 1:9 D) 9:1


10. The diode used in the circuit shown in the figure has a constant voltage drop of 0.5 V at all currents and a maximum power
rating of 100 mW. What should be the value of the resistor R connected in series with the diode for obtaining maximum
current
A) 1.5 Ω B) 5 Ω C) 6.67 Ω D) 200 Ω
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