EMCH 211 01 A Using right-triangle trigonometry to solve for legs of triangle

(6:6)

EMCH 211 09 D H12e 9.60 Finding Centroid of Shape with Hole Using Tabular Method

(10:55)

EMCH 211 07 lec A Introduction to Trusses

(3:27)

EMCH 211 02 D Putting 3D vectors into Cartesian component form when presented in three formats

(12:14)

EMCH 211 08 lec A Introduction to Frames \u0026 Machines

(9:32)

EMCH 211 07 lec D Method of Sections

(6:44)

EMCH 211 12 C Finding internal loads in frames and machines problem with distributed loading

(17:14)

EMCH 211 12 E Solving for internal loads in 3D

(12:20)

EMCH 211 02 H Example of using cross product between two 3D vectors

(6:23)

EMCH 211 07 G H12e 6.37 Statically-determinate using both method of sections and method of joints

(13:54)

EMCH 211 10 lec A Introduction to Impending Motion

(2:47)

EMCH 211 08 B H12e 6.73 Two members connected with peg-and-slot connection

(15:16)

EMCH 211 01 D Using Law of Sines and Law of Cosines to solve scalene triangle

(5:34)

EMCH 211 12 F Finding internal loads with distributed loading and collar

(13:11)

EMCH 211 03 E 3D particle equilibrium problem using unit vectors. This problem is solvable by hand

(15:34)

EMCH 211 11 C H12e 10.44

(13:39)

EMCH 211 02 E H12e F2.24 Adding two 3D vectors to find resultant (in Cartesian Form) acting at point

(9:11)

EMCH 211 08 lec B Two-Force Members

(4:19)