3850953632
1^2
Ąt° - 2T° +t})
^ = 20 + 0.4239(20-2(20) + 100) = 20 + 0.4239(80)
= 20 + 33.912 = 53.912°C
r2‘ = t° +a.{t? -2T° +t°)
= 20 + 0.4239(20 - 2(20) + 20)
= 20 + 0.4239(0)
= 20 + 0 = 20°C
|j3.01w ,j
Wyszukiwarka
Podobne podstrony:
Boundaries Group: Select by group Interior boundaries Boundary Settings - Heat Transfer by Conductio
• V V>V84*1619 Shidding of Pr o p* Fan Cabin Noiae by tbe Fuaelage Boundary Layer D.B. Hanson Ham
727 (3.18) By setting z = [F(y)]1/0 in (3.18), we find that On substituting the above expression of
723 By setting 2 = [F(y)]1/,a in (3.4), we find that GM = aa* hi [“(c+i )+p-u/m On substituting the
Controlling libmemcached Behaviors The behavior of libmemcached can be modified by setting one or mo
Example Consumer Configurations The consumer settings in the setup_consumers table form a hierarchy
DSC 67 (5) 13 Click OK. Boundary Conditions 1 From the Physics menu choosc Boundar
Subdomain Settings * Heat Transfer by Conduction (ht) Equation 6,SPCp0T/at * V-(kVT) - Q, T«
skincrawl by GirlFlash a .3 -ar A. * J. r JL 4. i. JL At i*. jL. i :l ^
Groundwater ModelingBoundary Conditions • Boundary Conditions of the First Kind
ASTM Standard Guide for • Defining Boundary Conditions in Ground-Water Flow Modeling (D 5609 - 94) S
Model Calibration Process of evaluating initial and boundary conditions and aąuifer hydraulic proper
BOWS STEP BY STEP jpeg Measure ribbon at one end for taił length. Measure for collar
i sprawić, by konkurencja stała się nieistotna I AT
Boundary Conditions The complete solution is known when Aand Vrare known. We need two equations to f
ELECTROMAGNETIC BOUNDARY CONDITIONS Practical electromagnetic theory problems almost always involve
European bocloty for Mołecular imaging imaging (ifemiVisit us! Stop by the Biospace Lab booth at the
/■- Boundary Settings - Heat Transfer by Conduction (ht) Equation n-(kVT) = q0 + h(Tw ■ T) + Const(T
więcej podobnych podstron