Use Mason's Rule (gain formula) to find the transfer function of the given signal flow graph. QUESTION 2
Given a signal flow graph in Figure 2, apply Mason's gain rule to obtain its transfer function.
The operations manager at ABC Enterprises needs to make a decision in a state of uncertainty. Which of the following should serve as guideposts for making such a decision?
A. Focusing on minimising potential risks by eliminating all uncertain factors.
B. Considering a range of possible outcomes and making decisions based on subjective judgment or intuition.
C. Relying solely on historical data and trends to predict future outcomes.
D. Deferring the decision until more information becomes available to reduce the uncertainty.
8. In the system below, each component fails with probability 0.09 independently of other components. Compute the system's reliability. Round your answer to five decimal places.
Immunoglobulins:
Option A
Are produced and secreted by macrophages.
Option B
Bind antigens with a 1:1 stoichiometry.
Option C
Bind tightly to their antigens.
Option D
Form four classes of antibodies
Describe one way a cell could change a relevant concentration so an unfavorable reaction (+?G°) could in fact proceed (-?G) in the cellular environment.
Find the manometer reading, h, if the barometric pressure is 14.7 psia and the pressure gage
reads 0.5\psi .\gamma _(water )=62.4l(b)/(f)t^(3)10 points
Aaking the coher person for ideas and trying to acknowledge and buld en thase idhas is an example of what step in encouraging dislogue?
Problem-idiving
Ustening actively and apenly
starting vour persective
statting the cofferiation
Q1.
In the ohmmeter circuit given in the figure, we want to have a FSD when R_(x)=0\Omega , and half
scale deflection when R_(x)=1k\Omega . To achieve this:
Find the value of R_(1) and R_(2).
