Wireless Sensors
Oxidation Reduction Potential Probe
Oxidation Reduction Potential ProbeThis probe connects to a Wireless pH Sensor and allows students to determine the ability of a species in a solution to act as an oxidizing agent or reducing agent.
Physical Pendulum – Wireless
Physical Pendulum – WirelessIn this experiment, the period of a physical pendulum, a narrow bar, is determined as a function of the distance of the pivot from the center of mass. A computer model of the system is developed, which allows the student to vary the physical parameters of the model (gravity, length, c.m. position) to match the data. This makes it possible to obtain values for the physical parameters without direct measurement.
Physics Lab Station: Fluids
Physics Lab Station: FluidsThe Physics Lab Station: Fluids bundle extends your Physics Lab Station: Mechanics Starter bundle, enabling students to perform several essential experiments in fluids. It includes a Wireless Pressure Sensor for making measurements of pressure in liquids and gases. A Density Set and Overflow Can are included for measuring buoyant forces in fluids.
Physics Lab Station: Mechanics Extension
Physics Lab Station: Mechanics ExtensionDesigned for use with the Physics Lab Station: Mechanics Starter bundle, the Physics Lab Station: Mechanics Extension bundle expands your physics toolbox, allowing students to explore topics such as statics, rotation, projectile motion, and periodic motion. It includes an additional Smart Cart for studying collisions, a Mini Launcher for firing projectiles, and a Wireless Smart Gate for timing events accurately. A variety of accessories are also included.
Potassium Ion Selective Electrode
Potassium Ion Selective ElectrodeThis ISE connects to the Wireless pH Sensor and allows students to measure the concentration of potassium ions in an aqueous solution.
Projectile Motion – Wireless
Projectile Motion – WirelessThe wireless solution for using a projectile launcher to better understand the kinematics and dynamics of projectile motion.
Ratio of Specific Heats – Wireless
Ratio of Specific Heats – WirelessIn this experiment, the ratio of specific heat capacities for air is determined using Ruchardt’s method of measuring the period of oscillation of the piston in a cylinder filled with air.
Rotational Inertia – Wireless
Rotational Inertia – WirelessThe complete solution for determining the rotational inertia of a ring and a disk.
Smart Cart (Blue)
Smart Cart (Blue)The Smart Cart is the ultimate tool for your physics lab with built-in sensors that measure force, position, velocity, three axes of acceleration, and three axes of rotational velocity. U.S. Patent No. 10,481,173
Smart Cart (Red)
Smart Cart (Red)The Smart Cart is the ultimate tool for your physics lab and includes built-in sensors for measuring force, position, velocity, three axes of acceleration, and three axes of rotational velocity. Patent No. 10481173
Sound of Vibrating Strings Experiment
Sound of Vibrating Strings ExperimentExamine how tension and string length affect the sound of the vibrating string.
Specific Heat – Wireless
Specific Heat – WirelessIn this experiment designed for use with PASCO Capstone software, students learn that materials can be identified using specific heat as a measurable characteristic. A known mass of water is used and the unknown material is placed in the water. The initial temperature of the water and the unknown material are measured. The equilibrium temperature is found and from this the specific heat of the unknown material is derived.
Static Equilibrium
Static EquilibriumStudy the forces and torques for a hanging sign in static equilibrium.
USB Bluetooth Adapter
USB Bluetooth AdapterThis adapter allows Chromebooks, Windows computers and older Macs to connect up to three Bluetooth 4 devices such as wireless sensors, Smart Carts, or the AirLink interface.
Wireless 2-Axis Force Platform
Wireless 2-Axis Force PlatformThe Wireless 2-Axis Force Platform measures forces applied normal to its surface, as well as forces applied parallel to its surface.
Wireless Absolute Pressure-Temperature Sensor
Wireless Absolute Pressure-Temperature SensorGreat to study gas pressures and temperatures. Intended to work alone with the included quick response temperature sensor and syringe. It is also compatible with several of PASCO’s pressure-based equipment.
Wireless Acceleration/Altimeter
Wireless Acceleration/AltimeterThe Wireless 3-Axis Acceleration/Altimeter can remotely log acceleration in three dimensions and altitude, making it ideal for recording data during roller coaster rides.
Wireless Air Quality Sensor
Wireless Air Quality SensorProgram the Wireless Air Quality Sensor to measure remotely, track measurements in real time, or display its data on premade dashboard. Mobile devices’ GPS allow students to visualize how air quality varies across local maps. A single charge powers the sensor all day.
Wireless Barometer with Display
Wireless Barometer with DisplayBarometric pressure and temperature help students better understand observations of changes in weather. Set for long term logging to encourage student investigations on how atmospheric pressures relate to clear or stormy weather!
Wireless Blood Pressure Sensor with Standard Cuff
Wireless Blood Pressure Sensor with Standard CuffPASCO’s Wireless Blood Pressure Sensor allows students to quickly and easily measure both systolic and diastolic arterial blood pressure (mmHg) as well as heart rate (pulse in bpm).
