A sprocket with 200 teeth is the driver of a coal conveyer belt that operates at 60 rpm.You are to fit a new driven sprocket that must operate at 300 rpm or faster tomaintain the correct velocity of the coal belt.Formula: T₁ x N₁ = T2 x NzWhere: Ti is the number of teeth the driver.Ni is the speed (in revolutions per minute) of the driver.Ta is the number of teeth of the driven.N₂ is the speed (in revolutions per minute) of the driven.Calculate the number of teeth required for the driven sprocket.

The number of teeth required for the driven sprocket is T2 = 40 teeth.

A sprocket with 200 teeth is the driver of a coal conveyer belt that operates at 60 rpm. You are to fit a new driven sprocket that must operate at 300 rpm or faster to maintain the correct velocity of the coal belt. Formula: Tix N₁ = T₂ x N₂ Where: Ti is the number of teeth the driver. N is the speed (in revolutions per minute) of the driver. T₂ is the number of teeth of the driven. Na is the speed (in revolutions per minute) of the driven. Calculate the number of teeth required for the driven sprocket.

A sprocket with 200 teeth is the driver of a coal conveyer belt that operates at 60 rpm. You are to fit a new driven sprocket that must operate at 300 rpm or faster to maintain the correct velocity of the coal belt. Formula: Tix N₁ = T₂ x N₂ Where: Ti is the number of teeth the driver. N is the speed (in revolutions per minute) of the driver. T₂ is the number of teeth of the driven. Na is the speed (in revolutions per minute) of the driven. Calculate the number of teeth required for the driven sprocket.

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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A sprocket with 200 teeth is the driver of a coal conveyer belt that operates at 60 rpm.
You are to fit a new driven sprocket that must operate at 300 rpm or faster to
maintain the correct velocity of the coal belt.
Formula: T₁ x N₁ = T2 x Nz
Where: Ti is the number of teeth the driver.
Ni is the speed (in revolutions per minute) of the driver.
Ta is the number of teeth of the driven.
N₂ is the speed (in revolutions per minute) of the driven.
Calculate the number of teeth required for the driven sprocket.

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