Need to determine the acceleration of of the balloon.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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I want the same solution, but it's handmade in a very beautiful line and don't forget my name, thank you.
I want the same solution, but it's
handmade in a very beautiful line and
don't forget my ńame, thank you.
Name: morteza ali Qasim
Group: B1
a)
Given data:
D= 12 m
Pair
1. 16 kg/m³
т — 170 kg
Need to determine the acceleration of of the balloon.
b)
Calculate the mass of Helium.
MHg = PHe Vbolloon
1
7 Pair Vbolloon
= x 1. 16 x × 6³
= 149. 9 kg
Calculate the acceleration of of the balloon by
applying Newton's second law in vertical direction.
mg =(m + mHe)a
Pairg Vbolloon — mнeд — тд 3 (т + тне)а
Pair9Volloon –(m + mµe)g =(m + mHe)a
[ Pair Volloon– ( m+mHe)]g
(т+тне)
F, – WHe
a =
1.16x
16×rx6³– (170+149.9)| ×9,81
(170+149.9)
a = 22.4 m/s²
Transcribed Image Text:I want the same solution, but it's handmade in a very beautiful line and don't forget my ńame, thank you. Name: morteza ali Qasim Group: B1 a) Given data: D= 12 m Pair 1. 16 kg/m³ т — 170 kg Need to determine the acceleration of of the balloon. b) Calculate the mass of Helium. MHg = PHe Vbolloon 1 7 Pair Vbolloon = x 1. 16 x × 6³ = 149. 9 kg Calculate the acceleration of of the balloon by applying Newton's second law in vertical direction. mg =(m + mHe)a Pairg Vbolloon — mнeд — тд 3 (т + тне)а Pair9Volloon –(m + mµe)g =(m + mHe)a [ Pair Volloon– ( m+mHe)]g (т+тне) F, – WHe a = 1.16x 16×rx6³– (170+149.9)| ×9,81 (170+149.9) a = 22.4 m/s²
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