Product Details
Sodium chloride molecule model
$0.00
Molecular model of “Sodium Chloride”.
Contains 36 atomic balls and 80 links.
The model is delivered unassembled, but with assembly instructions
$0.00
Molecular model of “Sodium Chloride”.
Contains 36 atomic balls and 80 links.
The model is delivered unassembled, but with assembly instructions
Designed to be placed in air or water flow. When connected to the General Flow Sensor, aids in measuring pressure differences.
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This rack filters 0%, 25%, 50%, 75% and 100% of incident light to simplify the study of primary productivity.
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This small plastic bottle is designed to allow simultaneous sensor measurements of oxygen gas and carbon dioxide gas.
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3 interconnectable polycarbonate chambers for building your own ecosystems. Designed to easily integrate sensors for quantitative environmental measurements.
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Set of 5 clear PVC taps for water flow visibility when designing and constructing pipe networks. For use with an Absolute Pressure Sensor.
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Allows students to explore the rate of water movement and quantify pressure changes occurring in the system.
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The PASPORT Salinity Sensor works with the included Salinity Sensor Probe to measure salinity, conductivity and temperature.
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Vials contain a vacuum-sealed, color forming reagent for testing a variety of water quality parameters. 30 individual carbon dioxide test vials.
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Vials contain a vacuum-sealed color forming reagent to test a variety of water quality parameters. 30 individual Total Hardness test vials.
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Allows students to measure temperature by detecting emitted infrared from objects without contact. For use with PASPORT Interfaces.
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