solve the volume of a solid generated by revolving the area bounded by the curve y^2= x -1, the x…
Published 2 years ago • 3.1K plays • Length 7:13Download video MP4
Download video MP3
Similar videos
-
11:20
calculating the volume of a solid of revolution by integration
-
5:38
volume of revolution about the x-axis (1) : examsolutions
-
5:18
find volume of solid generated by revolving region about y =2. x =0, y = x^2 1, y =2
-
5:33
volume of revolution about the y-axis (1) : examsolutions maths revision
-
20:00
disk & washer method - calculus
-
9:15
area bounded by a curve to the y-axis : examsolutions maths revision
-
6:43
volumes of revolution between curves
-
6:54
volume of the solid generated by rotating an ellipse around the x-axis
-
8:41
volumes of revolution about x-axis - introduction : examsolutions
-
6:02
find volume of solid generated by revolving the region about x axis for y = x and y^2 =x 2
-
14:23
find the volume of the solid generated by revolving the region bounded by , , and about the a x-ax
-
2:13
find the volume of the solid formed by revolving the region bounded by the parabola : example9 65
-
6:00
find volume of solid generated by revolving the region about x axis, circle and ellipse
-
4:31
find the volume of the solid generated by revolving the region bounded by the lines and the curves a
-
18:32
volume of solids of revolution about lines other than x or y axis
-
10:18
volume of solid, when a curve rotated about an axis.
-
3:48
find volume of solid generated by revolving the region about x axis y = 1- x^2 and y = 0.
-
39:39
application of integrals - volumes of solid of revolution
-
7:07
finding the volume of a solid generated by rotating a region about a different line
-
15:46
find volume of solid generated by revolving region bounded by curves y=x² 1,y=5 about the line x=3
-
3:58
find volume of solid generated by revolving the region about y axis for y = x and y^2 = x