A garden lawn spreader is powered by the wheels. The wheels are connected to the spreader by a set of gears. Determine the vidth of the swath that the fertilizer would be spread. Assume the velocity of the fertilizer is equal co the velocity of the extreme tip of the spreader vane. Ignore the height of the grass.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Solve this problem by creating a table. 

273.
A garden lawn spreader is powered by the
wheels. The wheels are connected to the
spreader by a set of gears. Determine the
width of the swath that the fertilizer would
be spread.
Assume the velocity of the fertilizer is equal
to the velocity of the extreme tip of the
spreader vane.
Ignore the height of the grass.
SWATH
WIDTH
NAME
1.6 m/s
SPREADER VANE DIAM = 22CM
D
B
2/16/10
GEAR2=
"DIAM = 4cm
GEAR I
DIAM=6CM
SWATH WIDTH
WHEEL DIAM = 27Cm
SPREADER VANE IS 30.cm ABOVE
THE GROUND
16B
Transcribed Image Text:273. A garden lawn spreader is powered by the wheels. The wheels are connected to the spreader by a set of gears. Determine the width of the swath that the fertilizer would be spread. Assume the velocity of the fertilizer is equal to the velocity of the extreme tip of the spreader vane. Ignore the height of the grass. SWATH WIDTH NAME 1.6 m/s SPREADER VANE DIAM = 22CM D B 2/16/10 GEAR2= "DIAM = 4cm GEAR I DIAM=6CM SWATH WIDTH WHEEL DIAM = 27Cm SPREADER VANE IS 30.cm ABOVE THE GROUND 16B
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