###### Wiley Acing The Gate Electrical Engineering

2224 SOLVED PROBLEMS

Question: 3.PE.S2.3

## The Nyquist sampling interval for the signal sinc (700t) + sinc (500t) is (a) 1/350 s (b) π/350 s (c) 1/700 s (d) 1/700 s  ...

(c) \begin{aligned}x & =\sin c(700 t)+\...
Question: 2014.S3.31

## A perfectly conducting metal plate is placed in x-y plane in a right handed coordinate system. A charge of +32πε0√ 2  Coulombs is placed at coordinate (0, 0, 2). ε0 is the permittivity of free space. Assume i, j, k   to be unit vectors along x, y and z axes, respectively. At the coordinate ...

Since there is a conducting plane, we can assume t...
Question: 2016.S2.29

## The value of the integral 2 ∫-∞^∞ (sin 2πt/πt) dt is equal to (a) 0 (b) 0.5 (c) 1 (d) 2 ...

We know that \frac{\sin 2 \pi t}{\pi t}[/la...
Question: 2016.S2.21

## For the network shown in the figure below, the frequency (in rad/s) at which the maximum phase lag occurs is, ________. ...

From the given circuit. \frac{V_{ o }(s)}{V...
Question: 2016.S2.23

## In the circuit shown below, the voltage and current sources are ideal. The voltage (Vout) across the current source, in volts, is (a) 0 (b) 5 (c) 10 (d) 20 ...

For the given circuit \begin{aligned}V_{\te...
Question: 2016.S2.24

## The graph associated with an electrical network has 7 branches and 5 nodes. The number of independent KCL equations and the number of independent KVL equations, respectively, are (a) 2 and 5 (b) 5 and 2 (c) 3 and 4 (d) 4 and 3 ...

Given that there are 7 branches and 5 nodes in the...
Question: 2016.S2.25

## Two electrodes, whose cross-sectional view is shown in the figure below, are at the same potential. The maximum electric field will be at the point (a) A (b) B (c) C (d) D ...

From the given cross-sectional view of the electro...
Question: 2016.S2.26

## The Boolean expression (a +b +c +d)+(b + c ) simplifies to (a) 1 (b) a,b (c) a, b (d) 0 ...

The given function F=\overline{(a+\bar{b}+c...
Question: 2016.S2.27

## For the circuit shown below, taking the op-amp as ideal, the output voltage Vout in terms of the input voltages V1, V2 and V3 is (a) 1.8V1+ 7.2V2− V3 (b) 2V1+ 8V2− 9V3 (c) 7.2V1+ 1.8V2−V3 (d) 8V1+ 2V2− 9V3 ...

For the given system: Y(j \omega)=\left[X_1...