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VITEEE
List of top Questions asked in VITEEE
Two point charges \( +4 \mu C \) and \( -2 \mu C \) are separated by a distance of 1 m. Then, the distance of the point on the line joining the charges, where the resultant electric field is zero, is (in metre):
VITEEE - 2006
VITEEE
Physics
Electrostatics
Figure shows a triangular array of three point charges. The electric potential \( V \) of these source charges at the midpoint \( P \) of the base of the triangle is:
VITEEE - 2006
VITEEE
Physics
Electrostatics
A current of 5A is passing through a metallic wire of cross-sectional area \( 4 \times 10^{-6} \, m^2 \). If the density of the charge carriers in the wire is \( 5 \times 10^{22} \, m^{-3} \), the drift speed of the electrons will be:
VITEEE - 2006
VITEEE
Physics
Current electricity
The series combination of two capacitors shown in the figure is connected across 1000V. The magnitude of the charges on the capacitors will be:
VITEEE - 2006
VITEEE
Physics
Electrostatics
Three resistances of values 2Ω, 3Ω, and 6Ω are to be connected to produce an effective resistance of 4Ω. This can be done by connecting:
VITEEE - 2006
VITEEE
Physics
Current electricity
The resistance of a field cold measures 50Ω at 20°C and 53Ω at 70°C. The temperature coefficient of resistance is:
VITEEE - 2006
VITEEE
Physics
Current electricity
The electrolyte used in Leclanché cell is:
VITEEE - 2006
VITEEE
Physics
Current electricity
In a tangent galvanometer, a current of 1A is required to produce a deflection of 60° is:
VITEEE - 2006
VITEEE
Physics
Moving charges and magnetism
A circular coil of radius 40 cm consists of 250 turns of wire in which the current is 20mA. The magnetic field in the center of the coil is:
VITEEE - 2006
VITEEE
Physics
Moving charges and magnetism
The RMS value of AC is:
VITEEE - 2006
VITEEE
Physics
Electromagnetic induction
The LCR circuit becomes extremely sharp in resonance when:
VITEEE - 2006
VITEEE
Physics
Electromagnetic induction
In the case of a current carrying coil, the induced EMF is maximum when the coil's plane is:
VITEEE - 2006
VITEEE
Physics
Electromagnetic induction
The frequency of AC supply is determined by the:
VITEEE - 2006
VITEEE
Physics
Electromagnetic induction
Our eyes respond to wavelengths ranging from:
VITEEE - 2006
VITEEE
Physics
Optics
A ray of light strikes a piece of glass at an angle of incidence of 60° and the reflected beam is completely plane polarised. The refractive index of glass is:
VITEEE - 2006
VITEEE
Physics
Optics
In an experiment on Newton's rings, the diameter of the 20th dark ring was found to be 5.82mm and that of the 10th dark ring was 3.16mm. The wavelength of light used is:
VITEEE - 2006
VITEEE
Physics
Optics
The refractive index of a material is 1.5. The angle of incidence for which the angle of refraction is 30° is:
VITEEE - 2006
VITEEE
Physics
Optics
In the angular momentum equation for the hydrogen atom, the principal quantum number is:
VITEEE - 2006
VITEEE
Physics
Atomic Models
The transition of an electron from \( n = 5 \) to \( n = 6 \) corresponds to:
VITEEE - 2006
VITEEE
Physics
Atomic Models
The velocity, \( v \), at which the mass of a particle is double its rest mass is:
VITEEE - 2006
VITEEE
Physics
Nuclear physics
The difference between the rest mass of the nucleus and the sum of the masses of the nucleons composing a nucleus is known as:
VITEEE - 2006
VITEEE
Physics
Nuclear physics
The half-life period of Radium is 3 minutes. Its decay constant is:
VITEEE - 2006
VITEEE
Physics
Nuclear physics
The neutrino has mass and neutron fall under the group of:
VITEEE - 2006
VITEEE
Physics
Nuclear physics
The wavelength of a spectral line in the second order of the hydrogen spectrum is 2.82 Å. The wavelength of the spectral line in the first order is:
VITEEE - 2006
VITEEE
Physics
Atomic Models
The inductance of an inductor becomes equal to capacitance when:
VITEEE - 2006
VITEEE
Physics
Electromagnetic induction
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