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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4th Edition<br />
By<br />
Kenneth Appel<br />
John Gastineau<br />
Clarence Bakken<br />
David <strong>Vernier</strong><br />
Electricity and Magnetism<br />
Featured Experiments<br />
EXPERIMENT 6<br />
EXPERIMENT 22<br />
Electrostatics<br />
Ohm’s Law<br />
Using our Charge Sensor<br />
(essentially a digital<br />
electroscope), students<br />
explore charging by friction,<br />
conduction, and induction.<br />
Students compare the<br />
potential vs. current graphs<br />
for resistors and for a light<br />
bulb in this exploration of<br />
Ohm’s law.<br />
SECONDARY SCHOOL • PHYSICS<br />
Sensor Used<br />
LQ<br />
Charge Sensor<br />
Use the Charge Sensor as an electronic<br />
electroscope to obtain quantitative<br />
measurements when studying charging<br />
by induction, friction, or contact.<br />
CRG-BTA<br />
Accessory Used<br />
Electrostatics Kit<br />
Students use the Electrostatics Kit<br />
to perform a range of experiments in<br />
electrostatics with the Charge Sensor.<br />
ESK-CRG<br />
Sensors Used<br />
GDX<br />
Go Direct ® Voltage<br />
This sensor combines a<br />
wide input voltage range<br />
and high precision, making<br />
it an excellent choice for<br />
investigations of both AC/DC<br />
circuits and electromagnetism.<br />
GDX-VOLT<br />
GDX<br />
Go Direct Current<br />
Measure electric currents<br />
in circuits with this<br />
versatile sensor.<br />
GDX-CUR<br />
Accessory Used<br />
<strong>Vernier</strong> Circuit Board 2<br />
Can also be done with<br />
Differential Voltage<br />
LQ Probe<br />
DVP-BTA<br />
Current Probe<br />
LQ<br />
DCP-BTA<br />
VCB2<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 />
Experiment<br />
Source<br />
Physics<br />
with <strong>Vernier</strong><br />
Physics with <strong>Vernier</strong><br />
Download only: PWV-E<br />
Printed book + download: PWV<br />
PWV<br />
Learn more at vernier.com/phys-abm-6<br />
Learn more at vernier.com/pwv-22<br />
108<br />
info@vernier-intl.com • www.vernier-intl.com
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