Simulation I (CD-ROM Institution Version)

VERNIER
Learning how to use a vernier.


SATELLIZATION
Defining the initial conditions to put an object into orbit.

PARALLAX
Observing the apparent movement of a star as the Earth moves.

BASKETBALL SHOOTING
Defining the initial conditions to score a basket in basketball.

SCALES OF DIMENSIONS AND TIME
Choosing an object and placing it on a scale of time or dimensions.

PENDULUM
Introducing the parameters of the experiment and observing the variation in the period of the pendulum.

SPECTRUM
Measuring the emission lines of any element in terms of wavelength.

GALILEO
Observing, from the dock or the deck of a moving boat, the fall of a ball from the top of the mast of a boat.

CLOCKS
Observing in detail the operation of an anchor clock (escapement).

SOLAR DAY / SIDEREAL DAY
Observing and comparing the average solar day and the sidereal day.

SPEED
Deriving the instantaneous speed of a moving object from its average speed and the distance between the two calculation points.

CELESTIAL BODIES
Calculating the mass of a central celestial body based on numerical data about one of its satellites.

MOLECULAR AGITATION
Observing the impact of the number of particles and their average speed on pressure and temperature.

IDEAL GAS LAW
Varying pressure, temperature, and the number of particles to deduce the ideal gas law.

BROWNIAN MOTION
Choosing the ratio of masses of particles and observing the Brownian motion of the larger one.

ANCIENT INSTRUMENTS
Playing a quiz that requires naming 4 randomly selected devices from 55 photos.

MASS BALANCE
Determining the correct representation of the evolution of quantities of matter of reactants and products based on the progress of a chemical reaction.