The container in Figure below is (W= 1.2 m) wide and is filled with crude oil ( ρ oil= 796 Kg/m3)to a height of (x= 3 m) and base length L= 2.15 m), and a crane begins to hoist the container upwards with an acceleration of av= 7 m/s^2 The magnitude of the exerted force on the lateral side of the tank is equal to -----------KN ? 2- The magnitude of the exerted force on the bottom side of the tank is equal to -----------KN ?
The container in Figure below is (W= 1.2 m) wide and is filled with crude oil ( ρ oil= 796 Kg/m3)to a height of (x= 3 m) and base length L= 2.15 m), and a crane begins to hoist the container upwards with an acceleration of av= 7 m/s^2 The magnitude of the exerted force on the lateral side of the tank is equal to -----------KN ? 2- The magnitude of the exerted force on the bottom side of the tank is equal to -----------KN ?
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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The container in Figure below is (W= 1.2 m) wide and is filled with crude oil (
ρ
oil= 796 Kg/m3)to a height of (x= 3 m) and base length L= 2.15 m), and a crane begins to hoist the container upwards with an acceleration of av= 7 m/s^2
The magnitude of the exerted force on the lateral side of the tank is equal to -----------KN ?
2- The magnitude of the exerted force on the bottom side of the tank is equal to -----------KN ?
Transcribed Image Text:av= 7 m/s².
A
B
am/s2
L m-
с
x m
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