&)Determine tha 24lbuum temehr distibhan dimarsienal scad eth (anterd thurmal arpbudiu th the beundary tanddio woures...
2. Tuo infina parallel curnant sheets Separated by a distance d RrSurface Cuyrents R andl R as shewn a) Find tha magnec induchn B due to a Single infinda current Sheet, and explain shous tha th magnche field due lo the O outsida tha shech fuo cure nt Shects t gvam E) Find the force n an aea A of me shaek 2. Tuo infina parallel curnant sheets Separated by a distance d RrSurface Cuyrents R andl R as shewn...
Ferthe zenc-crrent resoranl switch converter orla Determine Lr and Ge such thet tha maxium current Lr (ArPeale) As 9A, Deteanne the reguire sau china equency Lo 0 0 R, V 0 0
For the elrcutt below determine the mesumum Power thad can be delivered t resistr R making use of powex equdln Ps Lie R しん L lo 0) Find Eth Find Rros
5.45 For each of the following pairss of compounds,, determine the relationship between the two compounds: o (a) CI CI CI CI 001 lo to notlo an icog od ni do edwm00o d d le (b) bos lons to (c) OH OH nlainlo o t d thoomoit nil oT 0,0 o m bs 00lo dl di (d) ulo
Hou ane given that tha mkNA Cocartratipn z ct) t time t ferenhial equdtian obeys the d 2 Where c% . Show that the foward maxima interval is Lo, o) Hou ane given that tha mkNA Cocartratipn z ct) t time t ferenhial equdtian obeys the d 2 Where c% . Show that the foward maxima interval is Lo, o)
Th Pollowin clata was taten for a hder on alevel air traci t Cs) cl stance Com) O. 97 2 34 0:43 1 0 9.10 13 iS 18 05 a 03 2 S 3 03 3 SS 3.8 4.SS 5. 01 5.48 22.9 8 3S 2 0 444.66 47.SS Make a raph for h data and he Curve ㅏhot Se st fits tha d-te
Determine the transient temperature distribution in a one-dimensional (1-D) fluid with a thermal diffusivity a=2 and velocity u = 0.1, if the initial temperature in the fluid is 0.0° and if at all subsequent times, the temperature of the left side is held at 0° while the right side is held at To=2º. The distance between the two walls is L=1 meter. T=0 TT 0 The governing differential equation is the 1-D heat convection diffusion equation at at 22T +...
ot camp. Summary statistics on BMI maasuraments are shown in thetabla to tha right Camplato partsathrough h Mesn Deviation Starting BMI 34.4 7.1 Ending EMI 307 64 Differences 3.71.5 a. Ghe tha nul and altemative hypothesas for datarmining whether the mean BMI at the and of camp i less than tha mean DMI at the start of camp Le ul be th population mean BMI at the start oic mp μ2 be the population mean BMl at the end of...
Questions 1. Did you demonstrate Koch's postulates? fes Briefly explain. ua Perf ornod the e peri mont th tw varms ne t s tha cCentrel anot one thtis inpested, Frem the cuture, the bacrerin ot the Msecthcrte ardl tha bactania within the tafected worm ore the son & How would this disease be transmitted in the wild: 2. What is the portal of entry? What is the portal of exit? Questions 1. Did you demonstrate Koch's postulates? fes Briefly explain....
d1=7 d2=8 Any help would be greatly appreciated. Question 3 Left end (r-0) of a copper rod of length 100mm is kept at a constant temperature of Temp-1 0 a 2 degrees and the right end and sides are insulated, so that the temperature in the ul ul where D = 111 mm2/s for copper. rod, u(x,t), obeys the heat partial DE, Ot Ox (a) Write the boundary conditions for il(x,t) of the problem above. Note that for the left...