The graph below shows the boundary of the region bounded by the curve y = 4z/ and the lines z 4 and y 3. Answer the following based on the graph given above. a. Set up the integrals in terms of z that gives the following moments of arc length of the red curve (without the straight sides). Moment of arc length about r-axis |dz (exact or 5 sig figs) Moment of arc length about y-axis= dz (exact or 5 sig figs) b. Set up the integrals in terms of y that gives the following moments of arc length of the red curve (without the straight sides). Moment of arc length about z-axis = / dy (exact or 5 sig figs) Moment of arc length about y-axis = / ] dy (exact or 5 sig figs) c. Find the location (z, y) of the centroid of the red curve. Round each coordinate to at least 3 significant figures. Location of centroid =( d. Find the location (z, y) of the centroid of the entire boundary (with the straight sides). Round each coordinate to at least 3 significant figures. Location of centroid = ( %3D

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The graph below shows the boundary of the region bounded by the curve y = 4z/3 and the lines z = 4 and y = 3.
Answer the following based on the graph given above.
a. Set up the integrals in terms of z that gives the following moments of arc length of the red curve (without the straight sides).
Moment of arc length about z-axis =/
da (exact or 5 sig figs)
Moment of arc length about y-axis = /
da (exact or 5 sig figs)
b. Set up the integrals in terms of y that gives the following moments of arc length of the red curve (without the straight sides).
Moment of arc length about a-axis = /
dy (exact or 5 sig figs)
Moment of arc length about y-axis = /
dy (exact or 5 sig figs)
c. Find the location (z, y) of the centroid of the red curve. Round each coordinate to at least 3 significant figures.
Location of centroid = (
d. Find the location (r, y) of the centroid of the entire boundary (with the straight sides). Round each coordinate to at least 3 significant figures.
Location of centroid = (
%3D
Transcribed Image Text:The graph below shows the boundary of the region bounded by the curve y = 4z/3 and the lines z = 4 and y = 3. Answer the following based on the graph given above. a. Set up the integrals in terms of z that gives the following moments of arc length of the red curve (without the straight sides). Moment of arc length about z-axis =/ da (exact or 5 sig figs) Moment of arc length about y-axis = / da (exact or 5 sig figs) b. Set up the integrals in terms of y that gives the following moments of arc length of the red curve (without the straight sides). Moment of arc length about a-axis = / dy (exact or 5 sig figs) Moment of arc length about y-axis = / dy (exact or 5 sig figs) c. Find the location (z, y) of the centroid of the red curve. Round each coordinate to at least 3 significant figures. Location of centroid = ( d. Find the location (r, y) of the centroid of the entire boundary (with the straight sides). Round each coordinate to at least 3 significant figures. Location of centroid = ( %3D
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