Add to ORKGIn this PhysCast we are asked to consider the motion of two blocks connected by a cord. Block A has a mass mA = 4.0kg, and block B has a mass mB = 2.0kg. The coefficient of kinetic friction between block B and the horizontal plane is [Mu]k = 0.05. The inclined plane is frictionless at an angle of [Theta] = 30 degrees. The pulley serves only to change the direction of the cord connecting the blocks. The cord has negligible mass. Find (a) the tension in the cord and (b) the magnitude of the acceleration of the blocks
This PhysCast is about oscillatory motion. Two identical springs of spring constant 7580 Nm-1 are at...
Presented in this paper is the theoretical background for a novel method for determination of kineti...
In this paper, Euler inquires into the nature of the force of friction. He proposes a model for unde...
This PhysCast is going to analyse a problem of two connecting blocks using the work-kinetic energy t...
This is a problem that involves the application of Newton's 2nd law of motion. Two masses, one 4.0 k...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
We introduce a novel, two-mass system that slides up an inclined plane while its center of mass move...
Notions of newton's second law and of accelerationThis Demonstration depicts a two-block problem; it...
A block is connected to two fixed walls by two springs. The equation of motion is m[(d²x/dt²)]+(k1+k...
In high-school teaching of mechanics, we deal, among other things, with the nature of static and kin...
Using the numerical approach developed by the authors, one can discuss qualitatively a snowboarding ...
The motion of a soil block released by a slope failure depends on rigid-and fluid-fri-ctional forces...
Typical body and pole positioning at pole plant during DP on the level (A) and on steep incline (B)....
Let us consider a classical high school exercise concerning two weights on a pulley and a string, il...
This paper presents a new two-rigid block model for sliding gravity retaining walls. Some conceptual...
This PhysCast is about oscillatory motion. Two identical springs of spring constant 7580 Nm-1 are at...
Presented in this paper is the theoretical background for a novel method for determination of kineti...
In this paper, Euler inquires into the nature of the force of friction. He proposes a model for unde...
This PhysCast is going to analyse a problem of two connecting blocks using the work-kinetic energy t...
This is a problem that involves the application of Newton's 2nd law of motion. Two masses, one 4.0 k...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
We introduce a novel, two-mass system that slides up an inclined plane while its center of mass move...
Notions of newton's second law and of accelerationThis Demonstration depicts a two-block problem; it...
A block is connected to two fixed walls by two springs. The equation of motion is m[(d²x/dt²)]+(k1+k...
In high-school teaching of mechanics, we deal, among other things, with the nature of static and kin...
Using the numerical approach developed by the authors, one can discuss qualitatively a snowboarding ...
The motion of a soil block released by a slope failure depends on rigid-and fluid-fri-ctional forces...
Typical body and pole positioning at pole plant during DP on the level (A) and on steep incline (B)....
Let us consider a classical high school exercise concerning two weights on a pulley and a string, il...
This paper presents a new two-rigid block model for sliding gravity retaining walls. Some conceptual...
This PhysCast is about oscillatory motion. Two identical springs of spring constant 7580 Nm-1 are at...
Presented in this paper is the theoretical background for a novel method for determination of kineti...
In this paper, Euler inquires into the nature of the force of friction. He proposes a model for unde...