Jeulin 488 060 Mode D'emploi page 14

Mechanics
Acceleration
Ref : 488 060
The results are consistent because we neglect the friction. Besides, the accelerometer
has an accuracy of ±0,01g.
Discussing the sources of error may lead to uncertainty of measurement calculations,
particularly in connection with the measuring device.
4. Others examples
Different experiments are available in the form of explained and detailed practical work
(*pdf). You can find them by scanning the QR codes below.
⚫ TP accélération linéaire
The goal is to study linear acceleration on a
mechanical bench in order to study the laws
of dynamics (force, acceleration, speed, linear
movement, etc.).
⚫ TP accélération plan incliné
The goal is to study the acceleration of
a mass on an inclined plane in order to
study the laws of dynamics, in
particular the acceleration of gravity.
ENGLISH
Experimental
(Unit: g)
Acceleration 0,078
Table : Theoretical and experimental results
Figure 11 : Experimental result
Voir le TP
Voir le TP
Theoretical
(Unit: g)
0,094
⚫ TP accélération pendule
The goal is to study the
tangential and radial
accelerations of a
harmonic oscillator (the
heavy pendulum).
⚫ TP maquette de rotation
14
Voir le TP
The goal is to study
the moments of
inertia as well as
the acceleration of
a rotating mass
around a fixed axis.
Voir le TP