The equation of a line is defined by y = k*x^5.2, where k = h/b^n as shown. If b = 1.1; h= 17.1. Determine the length of the parabolic/curved line from x = 0 to x = 1.1 [units]. y h y=- B² h "C -X Cx b +² Cy Xc

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The equation of a line is defined by y =
k*x^5.2, where k = h/b^n as shown. If b =
1.1; h= 17.1. Determine the length of the
parabolic/curved line from x = 0 to x = 1.1
[units].
y
h
y
Cx
O
Xc
Cy!
-X
b
1.The parabolic/curved line is rotated about the
x-axis through 185 degrees. Determine the
surface area of revolution generated [units^2].
2.The parabolic area is rotated about the y-axis
through 185 degrees. Determine the volume of
revolution generated [units^3].
Transcribed Image Text:The equation of a line is defined by y = k*x^5.2, where k = h/b^n as shown. If b = 1.1; h= 17.1. Determine the length of the parabolic/curved line from x = 0 to x = 1.1 [units]. y h y Cx O Xc Cy! -X b 1.The parabolic/curved line is rotated about the x-axis through 185 degrees. Determine the surface area of revolution generated [units^2]. 2.The parabolic area is rotated about the y-axis through 185 degrees. Determine the volume of revolution generated [units^3].
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