Mechanics System 1
A basic introductory system to study the principal laws governing the mechanics subject
Mechanics System 1 consists of large, colourful, and easy to see components, made of heavy gauge aluminium and plastic parts stored in foam cushioned plastic storage case. Setting up a demonstration is quick and simple. You can find in this system: balance, inclined plane, friction block, weights, simple machines, pulleys, levers, springs and scales that can be mounted on a variety of possible configurations. In minutes students or instructors can set up many different experiments.
An advanced low friction dynamics system to study elastic and inelastic collisions between carts.
The Mechanics System 2 allows us to verify many kinematics and dynamics principles by using a low friction system. The basic theory involves topics such as Newton’s laws of motion, conservation of energy and momentum, friction and many others.
Main components
-
Calliper, stick meter, millimetred scale and goniometric scale
-
Dynamometers with different ranges
-
Pulleys, pulleys with hook, differential pulleys
-
Inclined plane with cart
-
Springs and spring leafs
-
Full set of masses for balance and hooked masses for general use
-
Scale pans
-
Friction block
-
Multiuse universal bases with a full set of bossheads
-
Multifunction support rods and clamps
|
Laws and principles investigated
-
Conservation of momentum and energy
-
Acceleration and velocity
-
Eddy currents
-
Elastic and inelastic collisions
-
Friction
-
Law of Inertia
-
Kinetic and potential energy
-
Newton's 1st Law
-
Newton's 2nd Law
-
One-dimensional collisions
-
Rectilinear uniform motion
-
Rolling friction
-
Uniform accelerated rectilinear motion
|
Laws and principles investigated
-
Balance
-
Balance’s oscillation measurements
-
Balance’s sensitivity
-
Belt wheel drive
-
Composition and decomposition of forces
-
Composition of parallel and concordant or discordant forces
-
Concurrent forces
-
Decomposition of a force into its components
-
Determination of the gravity acceleration by means of the simple pendulum
-
Double weighting
-
Elongation of a leaf spring
-
Elongation of a spring
-
First-class levers
-
Fixed pulley
-
Hooke’s law
-
Inclined plane
-
Isochronism of the small oscillation of a pendulum
-
Measurement of length
-
Mobile and fixed pulley
-
Mobile pulley
-
Parallelogram of forces
-
Second and third-class levers
-
Simple pendulum
-
Sliding friction
-
Spring pendulum
-
Springs in series and in parallel
-
Static measurement of a force
-
The concept of kinetic energy
-
The concept of potential energy
-
Transmission of a force along a cable
-
Weight as a force
|
List of the exp. detailed in the instructions
-
Concept of inertia
-
Conservation of momentum and energy
-
Determination of velocity and acceleration
-
Laws of dynamic
-
Elastic and inelastic collisions
-
Energy conservation
-
Inclined plane
-
Kinetic and potential energy
-
Laws of motion (accelerated, linear uniform)
-
Rolling friction
-
Eddy currents in an aluminium track
|
List of the experiments detailed in the instructio
-
Belt drive systems
-
Composition, decomposition and transmission of forces including the parallelogram law
-
Analytic balance, double weighting and weight as a force
-
Levers: including first, second and third class type
-
Pulley systems: including fixed, mobile and differential pulley
-
Simple pendulum “Galileo” and spring pendulum
-
Hooke’s law with spring and spring leaf
-
Inclined plane and friction
-
Kinetic and potential energy
-
Concept of experimental measure and error theory
-
Springs in series and in parallel
|
Merkzettel/ Notepad
Warenkorb/Cart
Zur Kasse/ Checkout
Ihr Konto/your acc.