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
Investigate how the resistance varies along a wire
Investigate how to calculate the equivalent series resistance
Investigate how forces and levers are interlinked
Investigate how changing the voltage and current in a resistor are linked
Investigating what centripetal force is with force and rotation sensors
Investigate the speed of sound by using reflection in a pipe
Investigate Newton's second law with light gates and by the transferring of masses
Investigating how to making a bungee jump more exctiting (but safe)
Investigate the relationship between tuning forks and waves
Investigate shm with a motion sensor
Investigate spring acceleration and Hooke's law using an accelerometer
Investigate how the magnetic field strength varies using an electromagnet
Investigate how standing waves form in an open pipe
Investigate how passing a magnet through a coil produces voltage
Investigate the dynamo effect and induction
Investigate Ohm's law
Investigate how a pendulum's length and period are linked using motion sensor
Investigating what impulse is with a force sensor
Investigate the bungee force vs. extension and the work done
Investigate how upthrust changes with the immersion
Investigate how the forces acting on a floating object depend on it's density
Investigate the electrical characteristics of a diode and an LED
Investigate how connecting resistors affects a circuit
Investigate the electrical characteristics of a light dependent resistor
Investigate the electrical characteristics (resistor and lamp)
Investigate the relationship between the height dropped and the resultant induced voltage
Investigate the relationship between a pendulums length and it's period
Calculation of the spring constant from force and displacement
Investigate measuring the acceleration due to gravity, g, by freefall with one Light Gate
Investigate Atwood's machine and Newton's second law with a light gate
Investigate the acceleration using a single interrupt card
Investigate Newton's second law with a constant force applied
Investigate Newtons second law via velocity and transferring masses
Investigate using a picket fence, distance, velocity and acceleration
Investigate measuring g by free fall
Investigate a capacitor charge discharge and the factors that affect it
Investigate Young's single slit diffraction experiment
Investigate Young's double slit diffraction
Investigate inverse relationship of light vs distance (snapshot recording)
Investigate the inverse relationship for light intensity with distance from the source
Investigate whether mass affects the acceleration of a falling object
Investigate how steady light levels actually are
Investigate acceleration using the light gates in different modes
Investigate whats under the sea again
Investigate the speed of sound with a motion sensor
Investigate magnetic field and AC currents
Investigate mapping magnetic fields
Investigate the magnetic field between magnets
Investigate whats under the sea - ultrasound
Wsp wireless physics advanced pack
Investigate a pendulum mass and it's period
Investigate pendulum displacement and period
Investigate newtons third law
Investigate inertia and newtons first law
Investigate that gravitation is always attractive
Investigate potential energy and kinetic energy exchange
Investigate impulse and change in momentum
All our sensors come with 5 years warranty and lifetime support, we ensure your investment gives you complete peace of mind.
