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A 400 lb obJeet is neleased from rest Goo t above the ground and allowed fo fall under the influence t Bruming the force due to air resiFance 18 propurtonal to the veldcity of the btect 11...purthunality constont 10 N sec/m eguatiun f monun of the cbjét determine. When will he dabect hit the ground 2 Assune Mat he acceleraion due to granty 18 32 f4/s" and Jet x fA represent the distance the cblect her fallen n't secunds. a) Determine fhe equation of notun 6When will the object hit the gronnd ?

A 400 lb obJeet is neleased from rest Goo t above the ground and allowed fo fall under the influence t Bruming the force due to air resiFance 18 propurtonal to the veldcity of the btect 11...purthunality constont 10 N sec/m eguatiun f monun of the cbjét determine. When will he dabect hit the ground 2 Assune Mat he acceleraion due to granty 18 32 f4/s" and Jet x fA represent the distance the cblect her fallen n't secunds. a) Determine fhe equation of notun 6When will the object hit the gronnd ?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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13 rest Goo tabove the ground and alloweel o fall under the inPuence t # ir r tance ruming the furce due to ai 15.propurtional to the veldeity of the bdeet eguatiun t monun f the cbjécto When will the dabect hit the ground 2 Assume Mat the acceleration due fo Granty'is 32 fts and et x A cbleat て represent the distance the I secunds. har fallen a)Determine he equatiun of notun (6) When will the object ht the ground ?
Transcribed Image Text:13 rest Goo tabove the ground and alloweel o fall under the inPuence t # ir r tance ruming the furce due to ai 15.propurtional to the veldeity of the bdeet eguatiun t monun f the cbjécto When will the dabect hit the ground 2 Assume Mat the acceleration due fo Granty'is 32 fts and et x A cbleat て represent the distance the I secunds. har fallen a)Determine he equatiun of notun (6) When will the object ht the ground ?
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Given:

A 400-lb object is released from rest 600 ft above the ground

Air resistance  is -10V

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