The equation of a line is defined by y = kx^2.5, where k = h/b^n as shown. If b = 2.8; h= 17.3. Determine the length of
Posted: Fri May 27, 2022 6:51 am
- The Equation Of A Line Is Defined By Y Kx 2 5 Where K H B N As Shown If B 2 8 H 17 3 Determine The Length Of 1 (23.68 KiB) Viewed 12 times
parabolic/curved line [units].
c) Determine the position of the y-centroid of the
parabolic/curved line [units].
d) The parabolic/curved line is rotated about the x-axis
through 221 degrees. Determine the surface area of revolution
generated [units^2].
e) Determine the area under the parabolic curve from x = 0
to x = 2.8 and y = 0 to y = 17.3 [units^2].
f) Determine the position of the x-centroid under the
parabolic curve [units].
g) Determine the position of the y-centroid under the
parabolic curve [units].
h) The parabolic area is rotated about the y-axis through
221 degrees. Determine the volume of revolution generated
[units^3].
I URGENTLY NEED THESE ANSWERS WITHIN AN HOUR
The equation of a line is defined by y = kx^2.5, where k = h/b^n as shown. If b = 2.8; h= 17.3. Determine the length of the parabolic/curved line from x = 0 to x = 2.8 [units]. Cx Cy: Xc Answer: X