2. The Force On a the pollowing punction: f(2)= 200 where Z= height OF on the mast can function over the Compute F = a. composite (b). Compute sailboat (5²) the elevation above the deck the mast. the total Force by integrating this St f(a) dz F For the mast can be represented by be determined height of the mast. - 2z/H case Simpson's where Trapezoi dal Rule and H= the F exerted rule. H= 20 (n=3) using
2. The Force On a the pollowing punction: f(2)= 200 where Z= height OF on the mast can function over the Compute F = a. composite (b). Compute sailboat (5²) the elevation above the deck the mast. the total Force by integrating this St f(a) dz F For the mast can be represented by be determined height of the mast. - 2z/H case Simpson's where Trapezoi dal Rule and H= the F exerted rule. H= 20 (n=3) using
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:2. The
Force
the pollowing punction:
On a sailboat
f(2) = 200
compute
where
height
on the mast can
function
over the
F =
z = the elevation above the deck and H= the
the mast. the
total
OF
Force F exerted
by integrating this
Composite
(b). compute
H
5th
(5₂
5+ 2
G
e
f(z) dz
F For the
mast can be represented by
be determined
height of the
2z / H
case
where
Trapezoi dal Rule
the mast.
Simpson's rule
3
H = 20 (n=3) using
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