Q3/ The surfaces p = 3, p=5, p = 100, p = 130, z= 3, and z= 4.5 define a closed surface. Find (a) the enclosed volume; (b) the total area of the enclosing surface; (c) the total length of the twelve edges of the surfaces; (d) the length of the longest straight line that lies entirely within the volume.
Q3/ The surfaces p = 3, p=5, p = 100, p = 130, z= 3, and z= 4.5 define a closed surface. Find (a) the enclosed volume; (b) the total area of the enclosing surface; (c) the total length of the twelve edges of the surfaces; (d) the length of the longest straight line that lies entirely within the volume.
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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Transcribed Image Text:Q3/ The surfaces p = 3, p= 5, p = 100, p = 130, z= 3, and z= 4.5 define a closed
surface. Find (a) the enclosed volume; (b) the total area of the enclosing surface; (c)
the total length of the twelve edges of the surfaces; (d) the length of the longest straight
line that lies entirely within the volume.
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