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7. Explain the difference between conduction current and convection current.
Consider the interior nodal configuration of a surface experiencing internal conduction and convection as shown in Figure 2. We have a finite-difference equation describing this situation (for Δχ Δ 2. Ay m, n Tso, h m-1, n m,n = 0 Derive the finite-difference equation for the following situations: a. The boundary is insulated. Explain how the provided m, n-1 Ax equation could be modified to agree with your result. b. The boundary is subjected to a constant heat flux. Figure...
the three mechanisms of heat transfer (conduction, convection, radiation). How could it be improved? HINT: In your own words, define conduction, convection, and radiation.
a) Explain the cause of the electrical conduction behavior difference between semiconductor and insulator; b) Briefly describe the origins of two functionalities in dielectric materials as induced by the specific bound charge responses to static and alternating electrical fields. ( Hint: use electrical dipole moment concept )
QUESTION 10 Which option given below is wrong Three modes of heat transfer are: conduction, convection, and radiation. In free convection, the Grashof number is not used as a criterion for laminar and turbulent flow. The conduction heat transfer rate unit is W. The Grashof number in free convection plays the same role as the Reynolds number in forced convection.
What is the difference between conduction processes in n-doped and p-doped semiconductors? Where is the Fermi level situated in the two cases? Explain thoroughly
A fan transfers heat (or "cold") by: a. conduction b. convection c. radiation d. sublimation
Describe a natural biological transport process. What is being transported? Does it use conduction, convection, or both? ionic process in biological.
1.(a)Explain the differences between conduction and valence band with the aid of an energy diagram (b)Mention seven differences between charge and current (c)Explain why ammeters are connected in series but not parallel (d)Explain why always a voltmeter is connected in parallel but not in series
Assuming that your breaks have a heat conduction and convection coefficient of [look this upl, what is the maximum energy they can take (how long of constant braking) if we know that brake pads start to lose friction at [look up] temperature.
(a) (iWhen is heat transfer through a fluid by conduction or by convection? For what case is the rate of heat transfer higher? How does the convection heat transfer coefficient differ from the thermal conductivity of a fluid? (ii) Explain the physical significance of Nusselt number (ii) By definition, discuss hydraulic diameter. Obtain an expression for hydraulic diameter of a circular tube of diameter, D (b) The local atmospheric pressure in Gboko, Benue State Nigeria (elevation 1610 m), is 834...