(i) A broken pipe at an oil rig off the east coast of Trinidad produces a circular oil slick that is S meters thick at a distance x meters from the break. It difficult to measure the thickness of the slick directly at the source owing to excess turbulence, but for x>0 they know that 5 +-x 2 3 S(x) = x' +x² + 2x If the oil slick is assumed to be continuously distributed, how thick is expected to be at the source? 4x +7 1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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(3)
(i) A broken pipe at an oil rig off the east coast of Trinidad produces a circular oil slick that is S
meters thick at a distance x meters from the break. It difficult to measure the thickness of the
slick directly at the source owing to excess turbulence, but for x>0 they know that
5
+
3
S(x) =
x' +x + 2x
If the oil slick is assumed to be continuously distributed, how thick is expected to be at the
source?
4x +7
1<x<2
(ii) If ƒ(x)=<
4х? - 1
determine whether the function f(x) is continuous
2<x<4
throughout its domain?
Transcribed Image Text:(3) (i) A broken pipe at an oil rig off the east coast of Trinidad produces a circular oil slick that is S meters thick at a distance x meters from the break. It difficult to measure the thickness of the slick directly at the source owing to excess turbulence, but for x>0 they know that 5 + 3 S(x) = x' +x + 2x If the oil slick is assumed to be continuously distributed, how thick is expected to be at the source? 4x +7 1<x<2 (ii) If ƒ(x)=< 4х? - 1 determine whether the function f(x) is continuous 2<x<4 throughout its domain?
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