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Consider the following modification of the competitive binding reactions:
with Atot = A +C + + C′ . What are the steady state expressions for A and C?
What information do you deduce from these expressions if A is a promoter, Ba is an activator protein, and C is the activator/DNA complex that makes the gene transcriptionally active?
b)what is the total power in the signal the power in the DC portion of the signal and the power in the time-varying portion of the signal c) write the equation for and sketch the power spectral desity of the random signal
Obtain the power factor of a two-branch parallel circuit whre th efirst branch has Z1 = 2 + j4 ohms and the second Z2 = 6 + j0 ohms. To what value must the 6-ohm resistor be changed to result in the overall power factor of 0.90 lagging
List any assumptions necessary for obtaining the solution. Draw any diagrams which can explain your solution method (such as energy flow, wiring diagram, free body diagrams, etc...).
Question 4: Again consider the standard (FINITE-horizon) LQR problem for the double integrator system:
design a Melay sequential circuit which investigates an input sequence x and which will produce an output of z=1 whether thetotal number of 0's in the sequence is odd,provided that thesequence 01 has occured at least once.
Choose the best answer for what a DC blocking or coupling capacitor does, assume the capacitor value is chosen to be too small. Blocks the DC and is relatively high impedance to the AC voltage. Blocks only the AC voltage going i..
task 1 evaluate laplace transforms and their inverse using tables and partial fractions1.nbspnbsp determine the laplace
implementation of the projectin this project we are implementing the analog and digital modulation techniques.analog
Using the message signal m(t) = 1/(1+t^2) , determine and sketch the modulated signals for the following methods of modulation: (c) SSB modulation with only the upper sideband transmitted. (d) SSB modulation with only the lower sideband transmitted.
Consider a permanent-magnet dc-motor with the following parameters: Ra=0.35Ohms, La=1.5mH, Ke=0.5V/(rad/s), Kt=0.5Nm/A, and Jm=0.02kgm^2. The rated torque is 4Nm. This motor is supplies by a switch-mode dc-dc converter
Simulate the proportional fair scheduling algorithm for tc large and compute the performance of each user for a range of y from 1 to 100. You can assume the use of capacity-achieving codes.
Express the voltage pulse, v(t), in Figure mathematically using unit step functions - Find the Laplace transform, V(s), of the voltage pulse in Figure 1
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