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1. Fig.1 is a part of a spherical shell. It may be described as 3≤r ≤5, 40°≤0 ≤90°, 20° °<50° where surface r =3 is the same as AEHD, surface 0°= 40° is AEFB, and surface pº-20° is ABCD. Calculate the following:- (a) The distance DH (d) The surface area ABDC (c) The surface area AEHD (b) The distance FG (e) The volume of the shown object

1. Fig.1 is a part of a spherical shell. It may be described as 3≤r ≤5, 40°≤0 ≤90°, 20° °<50° where surface r =3 is the same as AEHD, surface 0°= 40° is AEFB, and surface pº-20° is ABCD. Calculate the following:- (a) The distance DH (d) The surface area ABDC (c) The surface area AEHD (b) The distance FG (e) The volume of the shown object

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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1. Fig.1 is a part of a spherical shell. It may be described as 3<r <5, 40°≤ 0 ≤90°, 20°≤ ° <50⁰ where surface r =3 is the same as AEHD, surface 0°= 40° is AEFB, and surface pº=20° is ABCD. Calculate the following:- (a) The distance DH (d) The surface area ABDC (b) The distance FG (e) The volume of the shown object (c) The surface area AEHD
Transcribed Image Text:1. Fig.1 is a part of a spherical shell. It may be described as 3<r <5, 40°≤ 0 ≤90°, 20°≤ ° <50⁰ where surface r =3 is the same as AEHD, surface 0°= 40° is AEFB, and surface pº=20° is ABCD. Calculate the following:- (a) The distance DH (d) The surface area ABDC (b) The distance FG (e) The volume of the shown object (c) The surface area AEHD
L. E dr Fig.1 C B rd8 G r sine do
Transcribed Image Text:L. E dr Fig.1 C B rd8 G r sine do
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