Page 96 - Area IX PPP

PROGRAM PERFORMANCE PROFILE

Voltmeter An Arduino-based voltage Using this device, students Physics II: Mr. Keno A. Villavicencio
meter, an instrument used will be able to apply the Waves,
for measuring the potential Kirchhoff’s Laws of Electroma
difference or voltage Voltage, compute the total gnetism,
between two points in an voltage in given circuits, Sound and
electrical circuit. understand the Light
relationship of voltages in
series, parallel, complex
circuits. This device can
only measure direct
voltage from 0 volt to 24
volts only.
Ohmmeter An Arduino based Physics II: Mr. Keno A. Villavicencio
Ohmmeter is an electrical Waves,
instrument that measures Electroma
electrical resistance, the gnetism,
opposition offered by a Sound and
substance to the current. Light
Ammeter An Arduino-based Using this device, students Physics II: Mr. Keno A. Villavicencio
Ammeter measures the will apply the Kirchhoff’s Waves,
current of loads in a Laws of Current, compute Electroma
circuit. total amperage in series, gnetism,
parallel and complex Sound and
circuit and associate the Light
relations of current with
voltage.
Capacitance An Arduino-based Using this device, students Physics II: Mr. Keno A. Villavicencio
Meter capacitance meter is an will be able to measure Waves,
electronics test equipment and compute various Electroma
used to measure capacitors in series and gnetism,
capacitance of capacitors. parallel circuits. Sound and
Light
Sound This device switch Using this device, students Physics II: Mr. Keno A. Villavicencio
Activated electrical system on and will be exposed to the Waves,
Switch off by receiving command existence of sounds. Electroma
via clap sound. The sound gnetism,
received from clapping will Sound and
signal to the sound sensor Light
to overwrite the current
state of the electrical
system by activating and
deactivating the relay
switch.
Sound An Arduino microcontroller Using this device, students Physics II: Mr. Keno A. Villavicencio
Visualizer as a sound visualizer. will be able to relate the Waves,
Through the use of an intensity and volume of Electroma
attached sound sensor, sound to the response to gnetism,
the sound energy will be certain audio music. Sound and
quantified into digital value Light
and reflected in the
intensity/volume of the
sound into lined LED
lights.
Mini Piano A 8-note 8-button Using this device, students Physics II: Mr. Keno A. Villavicencio
minipiano in which can understand the Waves,
students can play music relationship between the Electroma
pieces. Each button has frequency, note and hertz. gnetism,
corresponding hertz value

Area IX: Laboratories