To find out more about Go Direct Platinum-Cell Conductivity, see https://www.vernier.com/gdx-conpt

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” Our brand-new probe has an epoxy body and platinum-cell sensing aspect that especially provides greater chemical compatibility. This probe makes it possible for students to measure the conductivity of strong acids, strong bases, and non-aqueous solutions throughout experiments without any threat of harming the sensing unit,” stated John Wheeler, CEO of Vernier Software & & Technology.” The durable Go Direct Platinum-Cell Conductivity Probe automatically adjusts its conductivity variety in reaction to the concentration of the provided service to supply trainees with the most precise readings possible.”

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Go Direct Platinum-Cell Conductivity includes a large 0 to 20,000 μS/ cm range that guarantees ideal accuracy throughout different experiments, such as checking out the base hydrolysis of ethyl acetate under various conditions and other common ecological tests of water samples

Like all Go Direct sensing units, Go Direct Platinum-Cell Conductivity connects through Bluetooth ® cordless technology to any Chromebook ™, computer, or compatible mobile device with either the Vernier Graphical Analysis ™ or the Vernier Graphical Analysis ™ Pro app. Go Direct sensors can be utilized wired by means of USB or wirelessly via Bluetooth ® wireless technology, allowing teachers to pick the solution best for their class, lab, or other discovering environment.

Go Direct Platinum-Cell Conductivity features a long-lasting, rechargeable battery, along with a built-in temperature sensing unit to simultaneously check out conductivity and temperature. The sensing units automatic temperature compensation, which can be turned off to perform conductivity research studies, permits students to adjust the sensor in the laboratory and after that make measurements outdoors without temperature changes affecting information.

Suitable for Advanced Placement ® (AP) Chemistry and college-level general chemistry, the long lasting and economical Go Direct Platinum-Cell Conductivity Probe from Vernier Software & & Technology assists trainees identify a services conductivity or the overall ion concentration with high precision and chemical compatibility.

About Vernier Software & & Technology

. Vernier Software & & Technology has actually led the development of academic, clinical data-collection innovation for 40 years. Vernier was founded by a former physics instructor and utilizes teachers at all levels of the company. The business is committed to teachers and to developing innovative ways to teach and find out science, innovation, engineering, and mathematics (STEM) using hands-on science. Vernier produces affordable and easy-to-use science user interfaces, sensors, and graphing/analysis software application. With worldwide distribution to over 150 countries, Vernier data loggers are used by teachers and trainees from primary school to university. Vernier technology-based services enhance STEM education, increase learning, develop students vital thinking abilities, and support the science and engineering practices detailed in the Next Generation Science Standards (NGSS). The Vernier company culture is grounded in Earth-friendly policies and practices, and the company provides a family-friendly work environment. For more details, see www.vernier.com.

Vernier develops affordable and user friendly science user interfaces, sensing units, and graphing/analysis software. With around the world distribution to over 150 countries, Vernier information loggers are used by educators and students from elementary school to university. Vernier technology-based solutions enhance STEM education, boost knowing, build trainees important thinking skills, and support the science and engineering practices detailed in the Next Generation Science Standards (NGSS).

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” The long lasting Go Direct Platinum-Cell Conductivity Probe immediately adjusts its conductivity variety in response to the concentration of the offered service to provide trainees with the most precise readings possible.”