Collect raw data with the Arduino Science Journal app, analyze and interpret data patterns to produce evidence based conclusions by following the guided lessons.

To explore the relationship between color-temperature and color of a surface.

To investigate the relationship between incline height and the resultant acceleration due to gravity.

To demonstrate the effects of air temperature on air pressure.

To investigate the influence of mass on the period of oscillation of a spring-mass system.

To investigate the effect of pendulum length on its period of oscillation.

To demonstrate that time of flight for a projectile does not depend on the horizontal velocity at which a projectile is launched.

To explore the effect of an electrical current flowing through a solenoid on the magnetic field produced by the solenoid.

To investigate the behavior of a bouncing ball by measuring the time between consecutive bounces for a range of release heights.

To investigate the effect of the current flowing through a battery on the effective voltage across an external resistor and to measure the internal resistance and electromotive force (emf) of a battery.

To investigate the relationship between current and voltage for a resistor, filament bulb and diode.

To measure the melting point of a solid from its cooling curve as it changes state from a liquid to a solid.

To measure the effect of adding a hot metal block to cold water on the temperature of the water-block mixture and to find the specific heat capacity of the metal block.

Investigate the effect of target distance on ping-echo time for an ultrasonic sound wave and to measure the speed of sound in air.

To investigate the effect of sound wave amplitude on loudness and sound wave frequency on pitch.

To investigate the effect of the phase difference between two sound waves on their combined loudness