Product Details
Ice Molecule model
$0.00
Molecular model of “Ice”.
Contains 105 nuclear balls and 130 connecting links.
The model is delivered unassembled, but with assembly instructions.
Email: contact@ciderhouse.com.au
Related Products
Diffusion/Osmosis Kit
Diffusion/Osmosis KitAllows students to explore the rate of water movement and quantify pressure changes occurring in the system.
Wireless Temperature Sensor
Wireless Temperature SensorThe Wireless Temperature Sensor is a general-purpose sensor found in many science labs. With a rugged, waterproof design, and long-lasting battery, students can spend more time collecting data and less time dealing with equipment.
ezSample Snap Vial – Chlorine
ezSample Snap Vial – ChlorineVials contain a vacuum sealed color forming reagent to test a variety of water quality parameters. 30 individual Chlorine test vials.
Wireless Pressure Sensor
Wireless Pressure SensorThe Wireless Pressure Sensor accurately and consistently measures absolute gas pressure.
Density Circulation Model
Density Circulation ModelModel, measure and understand complex density driven circulation associated with heat transfer through convection.
ezSample Snap Vial – Iron
ezSample Snap Vial – IronVials contain a vacuum sealed color forming reagent to test a variety of water quality parameters. 30 individual Iron test vials.
PASPORT Water Quality Colorimeter
PASPORT Water Quality ColorimeterThe PASPORT Water Quality Colorimeter is designed specifically to support the chemical analysis of water samples using PASCO’s ezSample Snap Vial test kits.
Wireless Spectrometer (VIS)
Wireless Spectrometer (VIS)Measure intensity, absorbance, transmittance across the visible spectrum, and fluorescence at 405nm and 500nm.
ezSample Snap Vial – Ammonia
ezSample Snap Vial – AmmoniaVials contain a vacuum sealed color forming reagent to test a variety of water quality parameters. 30 individual Ammonia test vials.
Diffusion/Osmosis Apparatus
Diffusion/Osmosis ApparatusAllows students to explore the rate of water movement and quantify pressure changes occurring in the system.
