Please assist me. I got stuck trying to calculate Te. The following particulay apply to an inclind belt comeprlength of convcyarr (loccling end bo cdochoge end): 100m.गिलनान ॐencl): 100m.smlspulley: 220 degrcesCacfficient of friction between balt and Criving pulicy: O,3Maas of rack conveyed (mass flow rate) : 800 t/h5mm to poodAngle of wiap armurd driving pulley: 220 degresThe diochargeend is 2am higher than the loadıng end The beal.fricton 1ocqUNalent to a force of 6,5 kN inthe belt at the headPulley: The efficiency of the drive is 90%D Calculate the minimunm tenolon in the Glack side of thebelt ds itleaves the dnving pullcy

given; →wrap angle(θ)=2200 =220*π180 =3.837 rad→maximum…

The following particulas apply to an inclid belt conveyor length of conveyar (locdling end to clochope end)i 100m. Speed of belt 5 ms e Angle of wIap around driving pulleyi 220 ckgrees. Coefficient of friction betwen bell and driving pulicy: 0,3 +Maas of rack conveyed ratc): 800 Elh The diochargeend is 2am higher than the loadıng end The tal ricton 1ocqUINalent to a force Of 6,5 KN in the belt at the head Pulley The efficiency (massflow Of the drive is 90% D Calculate the minimum tenoion in the olack side of the belt as it lcaves the dnving pulley-

The following particulas apply to an inclid belt conveyor length of conveyar (locdling end to clochope end)i 100m. Speed of belt 5 ms e Angle of wIap around driving pulleyi 220 ckgrees. Coefficient of friction betwen bell and driving pulicy: 0,3 +Maas of rack conveyed ratc): 800 Elh The diochargeend is 2am higher than the loadıng end The tal ricton 1ocqUINalent to a force Of 6,5 KN in the belt at the head Pulley The efficiency (massflow Of the drive is 90% D Calculate the minimum tenoion in the olack side of the belt as it lcaves the dnving pulley-

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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