filmov
tv
Determine the minimum force P to prevent the 30-kg rod AB from sliding - F8-2
Показать описание
F8–2. Determine the minimum force P to prevent the 30-kg rod AB from sliding. The contact surface at B is smooth, whereas the coefficient of static friction between the rod and the wall at A is μs=0.2.
Problem from Engineering Mechanics Statics, Fifteenth Edition.
Problem from Engineering Mechanics Statics, Fifteenth Edition.
0:05:28
Determine the minimum force P to prevent the 30-kg rod AB from sliding - F8-2
0:11:04
Determine the minimum force P needed to push the tube E up the incline.
0:08:38
Solved Problem 6.64 | Determine the Minimum Value of the Force P
0:05:21
8-63 Determine the minimum applied force P so that the wedge will move to the right with given k.
0:02:00
Determine the magnitude of the force P
0:09:00
Determine the force P needed to pull the roller
0:00:33
Problem 1: Determine the minimum horizontal force P required to hold the crate from sliding down th…...
0:07:45
Determine maximum force P that can be applied at C ( Equilibrium of a Particle ) Engineers Academy
0:16:09
Determine horizontal force P required to cause slippage | Chapter 6: Friction | Engineers Academy
0:06:18
Physics 4.7 Friction & Forces at Angles (1 of 8) Horizontal Surface: 1
0:09:22
Determine the magnitude and direction u of P
0:10:44
8-62 Determine the minimum compression in the spring so that the wedge will not move to the right.
0:24:49
Static Friction and Kinetic Friction Physics Problems With Free Body Diagrams
0:15:23
Determine horizontal force P necessary to cause motion. | Chapter 6: Friction | Engineers Academy
0:12:58
WEDGE PROBLEM - DETERMINE FORCE P TO START WEDGE UNDER THE BLOCK 🇵🇭 (TAGALOG MECHANICS)
0:10:36
If P=250 N, determine the required minimum compression in the spring - 8-62
0:24:52
Determine the magnitude and direction of the friction force. Chapter 6: Friction | Engineers Academy
0:05:40
Physics 4.7 Friction & Forces at Angles (5 of 8) Inclined Plane - No Friction
0:12:56
Determine smallest vertical force P that can be applied to surface that will cause it to tip over
0:14:34
Determine the force P which causes impending slip. | Chapter 6: Friction | Engineers Academy
0:07:10
Determine magnitude of force P and its horizontal component | Vector Mechanics | Engineers Academy
0:10:41
WEDGE - DETERMINE THE FORCE P REQUIRED TO CAUSE MOTION 🇵🇭 (TAGALOG MECHANICS)
0:09:33
BLOCK FRICTION - DETERMINE THE FORCE P TO MOVE THE BLOCK - FRICTION PROBLEM🇵🇭
0:21:02
Introduction to Inclined Planes
Комментарии