List of top Physics Questions asked in AP EAPCET

The time of flight of a vertically projected stone is 8 s. The position of the stone after 6 s from the ground is

A parallel plate capacitor is filled with mica (thickness $1 \times 10^{-3}$ m) and fiber (thickness $0.5 \times 10^{-3}$ m). Dielectric constants: mica = 8, fiber = 2.5. If fiber breaks at $6.4 \times 10^6 \, \text{V/m}$, max voltage is:

During an adiabatic process of a monatomic gas, the relation between absolute temperature ($ T $) and pressure ($ P $) is $ P \propto T^X $. The value of $ X $ is

The distance $s$ (in m) travelled by a particle is given by the expression $s = 5t^2 + 8t$, where $t$ is time in seconds. The acceleration of the particle is

The electric field in $ N C^{-1} $ of an electromagnetic wave is $ E = 36 \sqrt{\pi} \sin ( \omega t - kx) $. The average energy density of the electromagnetic wave due to the electric field is:

If $E_o$ and $B_o$ are the magnitudes of the electric and magnetic fields respectively of an electromagnetic wave in vacuum, then among the following the correct relation is ($\mu_o$ -- permeability of free spa, $\varepsilon_o$ -- permittivity of free spa)

The following is not used as a nuclear fuel.

Two simple pendulums of lengths 1 m and 2 m are in phase at the mean position at a certain instant of time. The pendulums will be again in phase at a time of $ \frac{3T}{2} $, where $ T $ is the time period of the shorter pendulum. Then $ x = $?

The equation of motion of a particle executing simple harmonic motion is given by: \[ 4\frac{d^2y}{dt^2} + \pi^2 y = 0 \] where $ y $ is in meters and $ t $ is in seconds. The time period of oscillation of the particle is:

Among the following, velocity $ v $ - time $ t $ graph representing the motion of a vertically projected body is:

The intensity of ground waves decreases with the increase of distance travelled is due to:

A flywheel is rotating at a rate of 150 rev/minute. If it slows at constant retardation of $ \pi $ rads$^{-2} $, then the time required for the wheel to come to rest is

Two mercury drops of radii $ r $ and $ 2r $ merge to form a bigger drop. The surface energy released in the process is nearly (Surface tension of mercury is } $S$ and take $9^{2/3} = 4.326$)

The given circuit shows two capacitors connected to a battery. After the capacitors are completely charged, the battery is removed and the capacitors are connected with plates of opposite polarity together. Then the energy lost in the process is:

Two identical balls $ P $ and $ Q $ are moving with the same velocity. If the velocity of $ Q $ is reduced to zero and that of $ P $ is reduced to half, the ratio of change in temperatures of $ P $ to $ Q $ is:

A resistor of resistance 40 $ \Omega $, a capacitor of capacitive reactance 20 $ \Omega $ and an inductor of inductive reactance 50 $ \Omega $ are connected in series to an ac source of 100 V. The current through the circuit is:

If a person moving along a straight line covers the first half of the distance with velocity $ V_1 $ and the next half with velocity $ V_2 $, then the average velocity is:

A lorry is moving on a smooth circular path of radius 50 m with a velocity of 20 m/s. Then the banking angle of the road is:

With respect to air, the critical angle in a medium for red light of wave length $ \lambda_1 $ is $ \theta $. Other facts remaining same, the critical angle for yellow light of wave length $ \lambda_2 $ will be Options:

Two particles of masses 2 kg and 4 kg are separated by a distance of 3 m. The moment of inertia of the system of the two particles about an axis passing through the centre of mass of the system and perpendicular to the line joining the two particles is

Two charges +q and -q, each 1 $\mu$C are arranged as shown in the figure. If x = 2 cm and y = 3 cm then potential difference ($V_A - V_B$) is

The image formed by a convex mirror of focal length 30 cm is a quarter of the size of the object. The distance of the object from the mirror is

In a Carnot engine, if the temperatures of the source and sink are both decreased by 100 K, the efficiency:

A body of mass 2 kg is on an inclined plane of inclination 30° and coefficient of friction is $ \frac{1}{\sqrt{3}} $. The minimum force required to move the body up the inclined plane is: \[ \text{(Acceleration due to gravity = 10 ms}^{-2}\text{)} \] Options:

Among the following the least unit for length is