Product Details
Boyles Law Digital apparatus
$0.00
The Digital Boyle’s Law Apparatus provides a self contained, reliable and simple way of demonstrating Boyle’s Law. The volume may be reduced or increased by means of a 2.5ml syringe connected to a digital pressure sensor.
Description
The sensor output is calibrated to display the pressure in kPa on the easy to read LCD display. There is a measurable change in pressure for every 0.1ml change in volume allowing many data points to be taken and a graph plotted to confirm Boyle’s Law.
For demonstration purposes two 4mm sockets are provided to allow the pressure reading to be displayed on a large demonstration voltmeter meter (not supplied) and a length of tubing is provided to allow a larger syringe to be used if necessary.
Supplied with full instructions and one 9V PP3 battery.
Dimensions:
130×100×60mm
0.7kg
http://www.lascells.com/product-detail/boyles-law-digital-apparatus/
In this video, we demonstrate how to prove Boyle’s Law using a simple and effective experimental setup, perfect for science teachers and technicians looking for an easy way to conduct this classic A-Level Physics required practical. We break down the relationship between the volume and pressure of a gas, explaining how pressure is influenced by molecular interactions, and how to use the Lascells dedicated Boyle’s Law unit to collect accurate data. We also show how to graph this data, converting readings into SI units to plot the expected inverse relationship between Pressure and Volume. This video provides step-by-step guidance on performing the Boyle’s Law practical with minimal setup and maximum accuracy, making it ideal for educators looking to simplify their demonstrations.
