New Science Learning Solutions from PASCO make back-to-school time exciting for students eager to engage in hands-on science
New scientific instruments, wireless sensor interface, and lab manual give physics and chemistry teachers tools to support inquiry-based learning and deepen student understanding.
Research confirms the positive impact of inquiry-based instruction on students’ understanding of science. To provide teachers with new ways to involve students in hands-on, inquiry-based science this school year, PASCO Scientific introduces new hardware, apparatus, and curriculum solutions to engage students in STEM subjects such as chemistry and physics, and motivate them to want to learn more.
For high school and university physics classrooms, PASCO introduces the 550 Universal Interface, a wireless sensor interface with measurement capabilities for any physics experiment. For high-speed data collection, it features two PASPORT inputs that are compatible with PASCO’s complete line of more than 80+ PASPORT digital sensors. It also includes two high-speed analog inputs, two digital inputs compatible with all ScienceWorkshop digital sensors as well as timing devices and photogates, and a built-in signal generator with voltage and current sensors. The 550 Universal Interface offers wireless or USB connectivity, and works with PASCO’s SPARKvue and Capstone software.
Another new solution for physics classrooms is PASCO’s Projectile Launcher with the new Smart Gate system. Designed for tabletop projectile experiments, the launcher allows students to investigate projectile motion, while the Smart Gate provides more accurate velocity measurements with dual photogates. The Smart Gate connects to most PASPORT interfaces and has an auxiliary port to daisy chain to an additional photogate.
Finally, PASCO’s new Advanced Physics through Inquiry 1 teacher guide helps teachers prepare students for the rigors of the Advanced Placement® Physics 1 lab. It includes 15 labs, which are based on the College Board Learning Objectives and employ strategies found in open response questions on the AP® exam. Each lab is presented in three ways — structured, guided inquiry, and student-designed — allowing teachers to choose the appropriate level of inquiry. The labs also include instructional videos, assessment questions, sample data, editable lab activities, and more.
A new solution designed specifically for higher education classrooms is PASCO’s new Polarimeter. Ideal for introductory organic and biochemistry experiments, the Polarimeter can be used in biology and physics classes as well. With this scientific instrument, students can measure the optical rotation of plane polarized light by chiral compounds. The Polarimeter features Bluetooth and USB connectivity, and works on iPads, Chromebooks, Android devices, and computers.
“An important part of our mission at PASCO is to provide the tools, support, resources, and training that educators need to show students how STEM fields relate to real-life situations and, thus, encourage them to pursue STEM-related careers,” said Steven Korte, CEO of PASCO Scientific. “Research from leaders in science education confirms the positive impact of technology-supported instruction. PASCO has been the leader in technology-based science education tools for more than 50 years, and we’re proud to continue that tradition by offering this year’s selection of innovative science education solutions.”
PASCO has been designing, developing, and supporting innovative teaching and learning solutions for K–12 and higher education since 1964. PASCO’s team of educators, scientists, educational researchers, engineers, and many others is committed to the advancement of STEM education around the world. Today teachers and students in more than 100 countries use PASCO solutions.
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