Add to ORKGThis PhysCast is going to analyse a problem of two connecting blocks using the work-kinetic energy theorem.. A 5.0 kg block is hanging by a string connected to a 3.0 kg mass via a massless pulley. The 3.0 kg mass sits on a flat table with a co-efficient of kinetic friction of 0.40. Starting from rest, what is the speed of the 5.0 kg mass when it has fallen 1.50 m
This PhysCast is going to look at a problem involving static equilibrium. A 60 kg child sits at the ...
The purpose of this experiment was to find out if there is a relationship between temperature(T for ...
This PhysCast is about oscillatory motion. Two identical springs of spring constant 7580 Nm-1 are at...
In this PhysCast we are asked to consider the motion of two blocks connected by a cord. Block A has ...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
The following idealized problem is intended to illustrate some basic thermodynamic concepts involved...
This is a problem that involves the application of Newton's 2nd law of motion. Two masses, one 4.0 k...
This PhysCast will analyse a motion problem using conservation of energy. A 1.25 kg ball is attached...
In introductory physics courses energy concepts are introduced with work-kinetic energy theorem deri...
Notions of newton's second law and of accelerationThis Demonstration depicts a two-block problem; it...
Publications and textbooks on energy laws are centuries old, but isolated numerical equations elimin...
Objectives: Students will be able to use Newton¡¦s second law (ƒÃ F = ma) to calcu...
In last week’s activity, we calculated the motion of objects by studying the forces on them. Using N...
International audienceFriction is a complex phenomenon that is of paramount importance in everyday l...
This problem involves work done by constant forces, including friction. A 40 kg box is pushed 5.0 me...
This PhysCast is going to look at a problem involving static equilibrium. A 60 kg child sits at the ...
The purpose of this experiment was to find out if there is a relationship between temperature(T for ...
This PhysCast is about oscillatory motion. Two identical springs of spring constant 7580 Nm-1 are at...
In this PhysCast we are asked to consider the motion of two blocks connected by a cord. Block A has ...
This PhysCast is going to deal with a problem that has a block being pulled up a ramp and how we can...
The following idealized problem is intended to illustrate some basic thermodynamic concepts involved...
This is a problem that involves the application of Newton's 2nd law of motion. Two masses, one 4.0 k...
This PhysCast will analyse a motion problem using conservation of energy. A 1.25 kg ball is attached...
In introductory physics courses energy concepts are introduced with work-kinetic energy theorem deri...
Notions of newton's second law and of accelerationThis Demonstration depicts a two-block problem; it...
Publications and textbooks on energy laws are centuries old, but isolated numerical equations elimin...
Objectives: Students will be able to use Newton¡¦s second law (ƒÃ F = ma) to calcu...
In last week’s activity, we calculated the motion of objects by studying the forces on them. Using N...
International audienceFriction is a complex phenomenon that is of paramount importance in everyday l...
This problem involves work done by constant forces, including friction. A 40 kg box is pushed 5.0 me...
This PhysCast is going to look at a problem involving static equilibrium. A 60 kg child sits at the ...
The purpose of this experiment was to find out if there is a relationship between temperature(T for ...
This PhysCast is about oscillatory motion. Two identical springs of spring constant 7580 Nm-1 are at...