List of top Questions asked in Telangana State Post Graduate Engineering Common Entrance Test

Colour signature on standard false colour composite of the earth surface feature such as turbid waterbody is:

For the medium scale aerial photographs, the scale ranges between:

Which of the following objects reflect more energy?

Which of the following is the correct one as per the scale of aerial photograph and scale of map is concerned?

Which of the following is the correct relation between photographic scale ($S$) and focal length ($f$) of the camera lens?

For which of the following seismic waves the velocity is directly proportional to the shear strength of the material through which they pass?

If $I_0$ is the intensity of an earthquake, which of the following expressions is the correct one as per the Gutenberg and Richter for local magnitude of an earthquake?

Choose the correct option from the following in relation to occurrence of liquefaction of soil:

The earthquake magnitude is the measure of:

Which of the following magnitude of an earthquake results in serious damage?

Which of the following natural calamities cannot be predicted in advance very accurately?

Which of the following is used to quantify the energy that is released during an earthquake?

The Earth's magnetic field approximately ranges between:

The output \( Q_{n+1} \) of a JK flip-flop for the input \( J = 1, K = 1 \) is:

The Gutenberg discontinuity is located at:

The combinational circuit shown uses a 4x1 multiplexer. The output \( Q \) of the circuit is:

Which of the following physical properties of the Earth's mantle controls the transmission of geomagnetic signals from the core to the surface?

The expression \( a = \overline{AB} \) is equal to:

The Earth's circumference is nearly:

The minimal sum of products form of \( f = \overline{A}BCD + \overline{A}BCD + BCD + \overline{A}BC \) is:

The most commonly available minerals in the oceanic crust are:

Which of the following minerals is a weak magnetic mineral?

The geomagnetic field present on the Earth protects our planet from:

For the RC circuit shown, the condition for obtaining \( \left|\frac{V_0}{V_{\text{in}}}\right| = \frac{1}{3} \) at frequency \( \omega \) rad/sec is:

The OPAMP shown in the figure is: