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List of top Physics Questions asked in AP EAMCET

The binding energy of the nucleus is?

Find the kinetic energy of the fastest emitted electron if an ultraviolet ray of 6.2 falls on the aluminum surface, the work function given is 4.2 eV
Find net displacement if an airplane flies at 600 m south and 500 meters north and 1200 meters upwards.
 

What is the strong nuclear force in nature? 
 

If the length is doubled and the area is halved then drift velocity will be?
Find linear charge density if infinite line charges produce a field of 9 x 104 and the distance is 2 cm.
A wire of length 1 m and radius 2 mm is having the lower end twisted at angle 45 degree. Find angle of shear.
 

The frequency of the television broadcasting is? 
 

The value of acceleration due to gravity g is maximum at?

Where will be the maximum rise in temperature if a body is heated?

The blue colour of the sky is due to ?

A bullet of mass m and velocity v fired at the mass of sandbag M. The loss of kinetic energy in this process is ?
The maximun value of the applied force $F$ such that the block as shown in the arrangement does not move is (Acceleration due to gravity, $g=10 \,ms ^{-2}$ )

In the given circuit, the electric currents through $15\, \Omega$ and $6 \, \Omega$ respectively are

Potential energy of a body of mass $1\, kg$ free to move along X-axis is given by $U(x) = \left( \frac{x^2}{2} - x \right) J .$ If the total mechanical energy of the body is $2\, J$. then the maximum speed of the body is (Assume only conservative force acts on the body)
The velocity of an object moving in a straight line path is given as a function of time by $v = 6t - 3t^2$. where $v$ is in $ms^{-1} , t $ is in $s$. The average velocity of the object between $t = 0$ and $t = 2s$ is
An emf of $15\, V$ is applied to a circuit containing $5\, H$ inductance and $10\, \Omega$ resistance. The ratio of currents at time $t = \infty$ and $t = 1\, s$ is
The speed of a particle changes from $\sqrt{5} \,ms^{- 1}$ to $2 \sqrt{5} \; ms^{-1}$ in a time If the magnitude of change in its velocity is $5 \; ms^{-1}$, the angle between the initial and final velocities of the particle is
If only $\frac{1}{51}^{th}$ ot the main current is to be passed through a galvanometer then the shunt required is $R_1$ and if only $\frac{1}{11}^{th}$ of the main voltage is to be developed across the galvanometer, then the resistance required is $R_2$. Then $\frac{R_2}{R_1} =$
For a particle executing simple harmonic motion, the displacement-time $(x - t)$ graph is as shown in the figure. The acceleration of the particle at $t = \frac{4}{3} s$ is
Two small spheres of each charge $q$, mass $m$ and material density $d$ are suspended from a fixed point with the help of inextensible light thread. When the spheres are in air, the angle between the threads is $90^{\circ}$. When the spheres are suspended in a liquid of density $\frac{2}{2} d$, the angle between the threads is $60^{\circ}$. The $3$ value of dielectric constant of the liquid is
When a hydrogen atom emits a photon during a transition from $n = 4$ to $n = 2$, its recoil speed is about
In a nuclear reactor the activity of a radioactive substance is $2000 / s$. If the mean life of the products is $50$ minutes, then in the steady power generation, the number of radio nuclides is
In a $p$ - type semiconductor the donor level is at $50 \,meV$ above the valence band. To produce one electron, the maximum wavelength of light photon required is (Planck's constant, $h=6.6 \times 10^{-34} \,Js$ and speed of light in vacuum, $c=3 \times 10^{8} \,ms ^{-1}$ )
The electric field intensity at a point on the axis of an electric dipole in ah is $4 \; NC^{-1}$. Then the electric field intensity at a point on the equitorial hue which is at a distance equal to twice the distance on the axial line and if the dipole is in a medium of dielectric constant $4$ is

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