i need the answer quickly generated by the fuel in Btu/hrfuel temperature in °F. Neglect fuel cladding.8-20. Malfunctioning in a uranium oxide compacting machine resulted in the manufacturof a 0.2-in. thick plate-type fuel element with a dišcontinuity in it. At a particular crosstion, this discontinuity is approximated by assuming that the plate is made of two distregions. The midsection, 0.1-in. thick has a thermal conductivity of 1 Btu/hr ft °FdU235 concentration of 10" nuclei/cm. The remaining outer regions have 0.9 and 0.Sxrespectively. Neglect cladding and find the maximum température at that cross sectthermal neutron flux is 104, h 5000 Btu/hr ft² °F, and the coolant moderator testureis 500°F.disconti

- Ans: A Controller is a device, using mechanical, hydraulic,pnumatic or electronic techniques…

et fuel cladding. anium oxide compacting machine resulted in the manufactu element with a dišcontinuity in it. At a particular cross ximated by assuming that the plate is made of two dis . thick has a thermal conductivity of 1 Btu/hr ft °F 5/em. The remaining outer regions have 0.9 and 0.9x and find the maximum temérature at that cross sect = 5000 Btu/hr ft² °F, and the coolant moderator te dis

et fuel cladding. anium oxide compacting machine resulted in the manufactu element with a dišcontinuity in it. At a particular cross ximated by assuming that the plate is made of two dis . thick has a thermal conductivity of 1 Btu/hr ft °F 5/em. The remaining outer regions have 0.9 and 0.9x and find the maximum temérature at that cross sect = 5000 Btu/hr ft² °F, and the coolant moderator te dis

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

i need the answer quickly

generated by the fuel in Btu/hr
fuel temperature in °F. Neglect fuel cladding.
8-20. Malfunctioning in a uranium oxide compacting machine resulted in the manufactur
of a 0.2-in. thick plate-type fuel element with a dišcontinuity in it. At a particular cross
tion, this discontinuity is approximated by assuming that the plate is made of two dist
regions. The midsection, 0.1-in. thick has a thermal conductivity of 1 Btu/hr ft °Fd
U235 concentration of 10" nuclei/cm. The remaining outer regions have 0.9 and 0.Sx
respectively. Neglect cladding and find the maximum température at that cross sect
thermal neutron flux is 104, h 5000 Btu/hr ft² °F, and the coolant moderator testure
is 500°F.
disconti

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