Showing 1–17 of 23 results
-
-
ROT-1T/EV
Details
This aluminium rail of triangular section is 2-metre long and is used to carry out tests on the laws of motion, velocity, acceleration and momentum.
-
-
-
ROT-1/EV
Details
This aluminium rail of triangular section is 2-metre long and is used to carry out tests on the laws of motion, velocity, acceleration and momentum.
-
-
-
ROT-2/EV
Details
This aluminium rail of triangular section is 2-metre long and is used to carry out tests on the laws of motion, velocity, acceleration and moment.
-
-
-
F-ATW/EV
Details
Atwood’s machine enables to study the fall of a body subject to a constant force, but at low speed so that friction of the air is […]
-
-
-
F-PB/EV
Details
The kit includes a projectile launcher, a rigid physical pendulum, a steel ball, a release mechanism, a light barrier and a digital counter.
-
-
-
F-CAV/EV
Details
Cavendish balance is a torsion pendulum where an arm of light aluminium with 2 spheres of 15 g on its ends is hanging at its center […]
-
-
-
F-MOT/EV
Details
The device was designed to study and experiment the Laws of Motion by Newton. Through the datalogger and software, you can perform the experiments on a […]
-
-
-
F-FCF/EV
Details
The equipment for studying centrifugal force consists of a rail where a low-friction truck can slide. Knowing the speed of rotation of the equipment, the force […]
-
-
-
F-GRAV/EV
Details
The device measures the fall time of a sphere according to the height and with a digital timer. Accurate and easy-to-use and assemble. It includes a […]
-
-
-
F-GFALL/EV
Details
This apparatus consists of a vertical stand of aluminium where the various system configurations can easily be assembled. Uniformly accelerated motion, fall with viscous friction, oscillatory […]
-
-
-
ROTS/EV
Details
This system enables to carry out a wide range of tests on centrifugal force, on angular momentum and on rotational motion. Provided with a unique set […]
-
-
-
F-OM/EV
Details
In this experiment, the spring or the rope which are fixed at one end. The other end is connected to a vibration generator positioned at a […]
-
-
-
F-OSC/EV
Details
A mechanical system including a mass and a spring can oscillate following its natural simple harmonic motion, or it can be forced to oscillate.
-
-
-
F-GIR/EV
Details
High quality precision-made gyroscope for demonstration as well as for quantitative determination of gyroscopic laws by means of practical experiments.
-
-
-
F-HO/EV
Details
This test will demonstrate the validity of Hooke’s law by using two helical springs with different elastic constant. Furthermore, the equipment enables to determine the elastic […]
-
-
-
F-HK/EV
Details
Confirmation of Hooke’s law and determination of the stiffness index for five different coil springs.
-
-
-
F-KAT/EV
Details
The pendulum is suspended from very low-friction needle bearings on a stable support. To adjust horizontal orientation, the support is equipped with two adjustment screws and […]
-
