(1) | $(4) | 0 (139) | 1 (35) | 2 (42) | 3 (26) | 4 (10) | 5 (6) | 6 (5) | 7 (19) | 8 (6) | 9 (1) | A (271) | B (43) | C (114) | D (224) | E (130) | F (153) | G (26) | H (57) | I (140) | J (6) | K (8) | L (47) | M (77) | N (35) | O (11) | P (537) | Q (18) | R (48) | S (572) | T (206) | U (6) | V (43) | W (85) | X (17) | Y (2) | Z (9) | [ (3) Title Last update Sort descending vector Velocity and Acceleration volumes of solids of revolution variations volume of solids of revolution virtual work method Velocity vector by resolution and composition vector analysis Variation / Proportional Variation of Pressure with Depth in a Fluid Volume of pyramid cut from a sphere Volumes of Solids of Revolution | Applications of Integration Verbal Problems in Algebra Volume by integration Vickers hardness: Distance between indentations Volume of regular tetrahedron of given length of edges Volume of Inflating Spherical Balloon as a Function of Time Velocity of Separation: How fast is the distance between two cars changing? Video Discussion: MSTE-00 Problem Set 4 Video Discussion: MSTE-00 Problem Set 6 Video Discussion: MSTE-00 Problem Set 5 Video Discussion: MSTE-00 Problem Set 7 Video Discussion: MSTE-00 Problem Set 8 Video Discussion: MSTE-00 Preboard 1 Video Discussion: MSTE-00 Problem Set 1 Video Discussion: MSTE-00 Problem Set 9 Value of t for a germ population to double its original value vSk9ZBx-0 Situation: Two flat belt pulleys have a center to center distance of 137 cm, and diameters of 72 cm and 36 cm, respectively. vSk9ZBx-0 Situation. A line on the xy-plane has an equation 5x + 12y = 60. Volume by integration and finding the centroid Value of a Bond Volume in the first octant bounded by the surfaces$z = x + y$and$y = 1 - x^2\$
vSk9ZBx-3 Find the equation of the given line in the uv-plane.
vSk9ZBx-1 Find the uv-coordinates of the y-intercept of the given line.
vSk9ZBx-2 Find the uv-coordinates of the x-intercept of the given line.
vSk9ZBx-1 Compute the length of belt if both pulleys will rotate in the same direction.