Order No. WSP004
Supercharge Your Physics Curriculum!
Modern era physics was started in the 16th century. It is a cornerstone of the physical sciences and extends into all other principal physical sciences. Understanding the universe from the excessively big, to the exceedingly small, physics is a wonderful subject.
Take your classroom beyond the basics with this advanced pack. Cover advanced circuits, forces, energy, motion, electromagnetism, sound light and colour—all with wireless, high-precision sensors.
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A selection of products that may compliment the Wireless Advanced Pack for Physics.
Take a look at all the items supplied with the Wireless Advanced Pack for Physics.
Learn more about the Wireless Advanced Pack for Physics specification and range information.
| All Sensors | Please see individual sensor pages for specifications |
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Browse our HTML based product manuals or download them to your computer.
| Spoked Pulley Manual | Doc No. ds061 | Rev. 3 | Download |
| Dynamics Interrupt Card | Doc No. ds084 | Rev. 3 | Download |
| Wireless Light Gate Sensor | Doc No. notset | Rev. 0 | Download Web View |
| Wireless Magnetic Field Sensor | Doc No. DS161 | Rev. 0 | Download Web View |
| Wireless Motion Sensor | Doc No. DS167 | Rev. 0 | Download Web View |
| Wireless Sound Level Sensor | Doc No. DS162 | Rev. 1 | Download Web View |
| Wireless 5V Voltage & Current Sensor | Doc No. DS169 | Rev. 1 | Download Web View |
| Wireless 20V Voltage & Current Sensor | Doc No. DS157 | Rev. 1 | Download Web View |
| Wireless Light & Colour Sensor | Doc No. DS166 | Rev. 0 | Download Web View |
| 1120 - Wireless Force Accelerometer | Doc No. DS166 | Rev. 1 | Download Web View |
| Wireless 3-axis Acceleration Sensor | Doc No. notset | Rev. 0 | Download Web View |
Download our free teacher worksheets for the Wireless Advanced Pack for Physics
Investigate how the resistance along a wire varies with length - snapshot version
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Investigate how the resistance varies along a wire
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Investigate how to calculate the equivalent series resistance
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Investigate how changing the voltage and current in a resistor are linked
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Investigating what centripetal force is with force and rotation sensors
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Investigate the speed of sound by using reflection in a pipe
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Investigate Newton's second law with light gates and by the transferring of masses
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Investigating how to making a bungee jump more exctiting (but safe)
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Investigate the relationship between tuning forks and waves
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Investigate spring acceleration and Hooke's law using an accelerometer
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Investigate how the magnetic field strength varies using an electromagnet
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Investigate how standing waves form in an open pipe
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Investigate how passing a magnet through a coil produces voltage
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Investigate how a pendulum's length and period are linked using motion sensor
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Investigating what impulse is with a force sensor
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Investigate the bungee force vs. extension and the work done
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Investigate how upthrust changes with the immersion
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Investigate how the forces acting on a floating object depend on it's density
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Investigate the electrical characteristics of a diode and an LED
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Investigate how connecting resistors affects a circuit
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Investigate the electrical characteristics of a light dependent resistor
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Investigate the electrical characteristics (resistor and lamp)
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Investigate the relationship between the height dropped and the resultant induced voltage
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Investigate the relationship between a pendulums length and it's period
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Calculation of the spring constant from force and displacement
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Investigate measuring the acceleration due to gravity, g, by freefall with one Light Gate
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Investigate Atwood's machine and Newton's second law with a light gate
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Investigate the acceleration using a single interrupt card
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Investigate Newton's second law with a constant force applied
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Investigate Newtons second law via velocity and transferring masses
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Investigate using a picket fence, distance, velocity and acceleration
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Investigate a capacitor charge discharge and the factors that affect it
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Investigate Young's single slit diffraction experiment
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Investigate Young's double slit diffraction
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Investigate inverse relationship of light vs distance (snapshot recording)
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Investigate the inverse relationship for light intensity with distance from the source
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Investigate whether mass affects the acceleration of a falling object
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Investigate acceleration using the light gates in different modes
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Investigate the speed of sound with a motion sensor
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Investigate magnetic field and AC currents
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Investigate the magnetic field between magnets
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Investigate pendulum displacement and period
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Investigate that gravitation is always attractive
DownloadAll our sensors come with 5 years warranty and lifetime support, we ensure your investment gives you complete peace of mind.
