A flat plate haning dimensant Shown an 8lides at an angle of the haizontal de thin tihl of Viscasity of Seiforim. 2mx2m Şnclined plane to Speed of bm/ser The inclined plare is uboicated by o71 hauing o The Plate has Hhichness k 20 mm and an. Inclined Plane at an angle e, 40000km/m3, Determine the thicknece the toboicatinf 30 m Ppars o cil filace

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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having dimensions of
A Glm of nil having a
L..hinnted L.
Hlat plate
8lides.
Snclined plane
hauing dimensng
Shown an
at an angle of
i nd to the hatizontal dt
The inclined plare
thin fihl of
of Be m pars
ne
Speed ef bmlser
is luboicated by
oil hauing
The platie has
viscosity
Saiforian
Hhichness of 20 mm and
Inclined Plane at an angle cf
40000km/m3, Determine the thickned
an.
2the tobsicating cil filaa
Transcribed Image Text:having dimensions of A Glm of nil having a L..hinnted L. Hlat plate 8lides. Snclined plane hauing dimensng Shown an at an angle of i nd to the hatizontal dt The inclined plare thin fihl of of Be m pars ne Speed ef bmlser is luboicated by oil hauing The platie has viscosity Saiforian Hhichness of 20 mm and Inclined Plane at an angle cf 40000km/m3, Determine the thickned an. 2the tobsicating cil filaa
Q13: Determine the streamline pattern for the following flow fields.
(a) u, = 1,ve = 0, (b)
Uy =r, ve 0, (c)
ur = 8,ve =r,
(d) u, = 0, ve = r,
(e)
Up = r,ve = 0, (f)
Q14: The position of a particular in a flow field is given by X,
equation of the path line for a particle located at (1,2) at t = 0.
Ceat, yp = C2 e-bt Find the
%3D
Q15 A field velccity is given by 7 avît hwi In
len
Regist
si Copy
lpindi.
10
Transcribed Image Text:Q13: Determine the streamline pattern for the following flow fields. (a) u, = 1,ve = 0, (b) Uy =r, ve 0, (c) ur = 8,ve =r, (d) u, = 0, ve = r, (e) Up = r,ve = 0, (f) Q14: The position of a particular in a flow field is given by X, equation of the path line for a particle located at (1,2) at t = 0. Ceat, yp = C2 e-bt Find the %3D Q15 A field velccity is given by 7 avît hwi In len Regist si Copy lpindi. 10
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