Vernier International k-12 catalog
We introduced our first Go Direct sensors with Bluetooth® wireless technology and USB connectivity in 2017, and we are excited to say we now have more than 50 Go Direct sensors! The newest additions are Go Direct sensors for Blood Pressure, Weather, and a Structures & Materials Tester, along with a Go Direct Spirometer.
We introduced our first Go Direct sensors with Bluetooth® wireless
technology and USB connectivity in 2017, and we are excited to
say we now have more than 50 Go Direct sensors! The newest
additions are Go Direct sensors for Blood Pressure, Weather, and a
Structures & Materials Tester, along with a Go Direct Spirometer.
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Thermodynamics<br />
Featured Experiments<br />
GDX<br />
connects directly to devices<br />
LQ<br />
requires an interface<br />
EXPERIMENT 1<br />
Behavior of a Gas<br />
INNOVATIVE USE<br />
Radiant Energy with FLIR ONE ®<br />
Students collect pressure and<br />
temperature data to discover<br />
kinetic molecular theory<br />
and the iconic expression<br />
PV = nRT.<br />
Visible light interacts with<br />
matter in different ways,<br />
depending on the color of<br />
the matter. Students use a<br />
thermal camera to measure<br />
the invisible infrared light<br />
that results.<br />
SECONDARY SCHOOL • PHYSICS<br />
Sensors Used<br />
GDX<br />
Go Direct ® Gas Pressure<br />
Measure the absolute<br />
pressure of a gas.<br />
GDX-GP<br />
GDX<br />
Go Direct Temperature<br />
This is a rugged,<br />
general‐purpose sensor<br />
that students can use to<br />
monitor temperature.<br />
GDX-TMP<br />
Can also be done<br />
with<br />
LQ<br />
LQ<br />
Gas Pressure<br />
Sensor<br />
GPS-BTA<br />
Stainless Steel<br />
Temperature<br />
Probe<br />
TMP-BTA<br />
Sensor Used<br />
FLIR ONE Pro Thermal<br />
Camera for iOS<br />
Reveal the hidden world of<br />
infrared vision. When used<br />
with our <strong>Vernier</strong> Thermal<br />
Analysis Plus app, students<br />
can also collect temperature<br />
vs. time data for up to four<br />
spots or regions, along with<br />
a thermal image video.<br />
FLIRPRO-IOS<br />
Can also be<br />
done with<br />
FLIR ONE Pro LT<br />
FLIRLT-IOS<br />
FLIR ONE<br />
FLIRONE3-IOS<br />
Software Used<br />
<strong>Vernier</strong> Thermal Analysis ®<br />
Plus for FLIR ONE<br />
Students can easily observe<br />
temperature changes on the<br />
skin, illustrate convection,<br />
detect heating due to<br />
friction, compare heat<br />
conduction in different<br />
materials, and analyze the<br />
transparency of materials<br />
in infrared light.<br />
Experiment<br />
Source<br />
Advanced Physics with <strong>Vernier</strong>—Beyond Mechanics<br />
Download only: PHYS-ABM-E<br />
Printed book + download: PHYS-ABM<br />
Learn more at vernier.com/phys-abm-1<br />
Experiment<br />
Source<br />
FREE DOWNLOAD<br />
vernier.com/radiant-energy<br />
110<br />
info@vernier-intl.com • www.vernier-intl.com
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