This is a fluid dynamics problem. specially vortex
dynamics.
Please, Explain how a secondary flow and vortex turning
are related in an open channel flow.
please help to me using picture &
equation.
explain the structure and physiochemical properties of the
plasma membrane that contribute to its function. You will need to
explain the variety of passive and active membrane transport
mechanisms that exist for cells.
Define a linear programming model and its components.
Discuss which 3 properties a planning problem needs to meet to be
modeled as an LP?
Define the feasible set and its corner points. Explain
how one can find the combinations of the decision variables
corresponding to the corner points. How one can use the corner
points to find the optimal solution?
Define special situations: unbounded feasible set,
infeasibility, alternate solutions, redundant constraints. Discuss
what do these situations imply for the manager's...
I. Explain the term acoustic impedance and state the tissue properties which determine its value.
II. A medium attenuates ultrasound at a rate of 0.7 dB cm −1 MHz −1 . A target at a depth of 5 cm below the transducer is imaged with a 3 MHz ultrasound pulse. By how many dB will the echo from the target be attenuated compared to a similar target at a depth of 1 cm?
III. Explain why bone and gas...
a) Sketch and describe in detail a simple single pass
composite boiler.
b) Explain its operation and state two advantages.
c) Sketch a biological sewage treatment plant, label it and explain
its operation.
d) State five conditions under which oily water can be discharged
overboard
Bellman-Ford and Dijkstra's algorithms solve the single-source
shortest path (SSSP) problem. Explain the circumstances when you
would use each of these algorithms.
Topic is Hodgkin's Lymphoma
Explain medical and other interventions that may alleviate the
problem or its symptoms, including beneficial and adverse
effects.