13.4A disk is projectedwith an initial velocity of 10m/s up an incline as shown. If pg=0.2 between the disk and the incline determine (a) the maximum distance L which the disk will travel up the incline, and (b) the speed of the disk as it slide back through the original providence. en an initial spoed of I m's in the positiuE A downspcod becnemes 5 mix as slarwn. Determine te wea the moon, tbi the catho the packece daung s mo1 frum 4 o nFig. P13.4bormihd velmily of 10 rvs up an inclire av shotand the Inclie, deo the inchne, h the speed nf the disk as rslides nanned from rea fiom ilhe posion 4 co the poshon 6 ayQUad a pulley ar ) and s pulled dnwnwand y a con Negleuting cfeas of Incrion, daunine he reeurh A

Answered: 13.4 A disk is projectedwith an…

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

13.4

A disk is projectedwith an initial velocity of 10m/s up an incline as shown. If pg=0.2 between the disk and the incline determine (a) the maximum distance L which the disk will travel up the incline, and (b) the speed of the disk as it slide back through the original providence.

en an initial spoed of I m's in the positiuE A down
spcod becnemes 5 mix as slarwn. Determine te we
a the moon, tbi the cath
o the packece daung s mo1 frum 4 o n
Fig. P13.4
bormihd velmily of 10 rvs up an inclire av shot
and the Inclie, de
o the inchne, h the speed nf the disk as rslides nan
ned from rea fiom ilhe posion 4 co the poshon 6 ay
QUad a pulley ar ) and s pulled dnwnwand y a co
n Negleuting cfeas of Incrion, daunine he reeu
rh A

Expert Solution

Step 1

Given,

$μ = 0.2 V_{o} = 10 m / s$

Part (a):

Consider below FBD when disk is going upward

From the figure given in question,

$θ = \tan^{- 1} (\frac{7}{24}) = 16.26 °$

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