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a sub urban train runs with an average speed of 36km/hr between two stages 2km apart .values of acceleration and retardation are 1.8 km/h/s and 3.6km/h/s. compute the maximum speed of train assuming trapezoidal speed time curve.
How are Zener diodes specified? Define the important specification factors for the device
Consider a frequency-selective fading channel with total bandwidth 12 MHz and coherence bandwidth Bc = 4 MHz. Divide the total bandwidth into 3 subchannels of bandwidth Bc , and assume that each subchannel is a Rayleigh flat-fading channel
A separately excited dc motor, having a constant field current, accelerates a pure inertia load from rest. If the system is represented by an electrical equivalent circuit, with symbols as shown in Figure P16.2.16, express R, L, and C in terms of ..
The propagation law follows the free space up to a distance ofdbreak = 50 meters, and for larger distances the receive power is similar to(d/dbreak)-4.2. Transmit antenna gain is -7dB; the receive antenna gain is 9 dB. Compute the available fadi..
What is the formula for finding the output voltage of a non-inverting summing amplifier with 3 inputs
Consider a power-output stage with voltage gain A1=1, an input signal Vs=1V, and a hum Vn of 1V. Assume that this power stage is preceded by a small-signal stage with gain A2 =100V/V and that overall feedback with β=1 is applied.
A sample of silicon contains 1x1018/cm3 donors. Below what temperature does it cease to show intrinsic properties if the band gap is 1.12ev and the intrinsic carrier concentration is 2x1016/cm3 at 300K.
A total charge of Q is uniformly distributed on the inner wall of a spherical dielectric shell having inner and outer radius of a and b. The relative dielectric constant of the shell is fr.
Find the minimum Sum-of-Products (SOP) expression for the following function using Quine.
The output voltage of a certain OTA with a load resistance is determined to be 3.5 V. If its transconductance is and the input voltage is 100 mV, what is the value of the load resistance?
Construct the model shown in Figure 1 using Matlab Simulink. Calculate the efficiency of the motor under the loading condition of Section 4
How could the rising-tone acoustical illusion be modified to obtain a tone that goes up and down in pitch at the same time.
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