Bring New Jersey Science Standards to Your Classroom with our Animated Lessons
Implementing the New Jersey Student Learning Standards for Science (NJSLS-S) can feel like a huge undertaking — but it just got a whole lot easier. Science4Us aligns with the same K-2 standards as New Jersey, so all you have to do is begin a lesson, and your transition to NJSLS-S is complete!
The following is an example of how Science4Us takes an NJSLS-S standard and brings it to life through animated lessons, including digital and real-world activities.
The standard demonstrated here is 2-PS1 “Matter and its Interactions,” one that students should master by the end of second grade. Our Science4Us unit “Matter” covers this standard, including the Three Dimensions of Science Learning, and the Interdisciplinary Connections to literacy and math:
Read on to learn about how Science4Us brings this New Jersey State Standard to life
Science and Engineering Practices
These newest science standards place a much greater emphasis upon experiential learning. They recognize that students need both knowledge and practice to succeed in science and engineering.
At Science4Us, we believe in this approach to learning, and include opportunities to engage in science or engineering practices in every lesson.
We understand the challenge of finding the time and resources for hands-on science, which is why we provide thousands of offline, real-world activities that can be as short as 20 minutes, and often involve everyday materials found in the classroom.
One of our real-world activities corresponding to the standard “Matter and its Interactions” challenges students to design an investigation about the properties of matter that uses everyday objects found in the classroom. The students must organize their findings in a Venn diagram and then communicate their findings to the class.
Fittingly named “Ad-VENN-tures with Matter,” this activity aligns with the NJSLS-S science practice “plan and conduct an investigation to describe and classify different kinds of materials” (2-PS1-1).
Students complete a real-world activity involving the science practice of planning and conducting an investigation to describe different materials (2-PS1-1)
Fostering engineering practices in K-2 means building foundational skills such as defining problems, analyzing data, and presenting solutions.
The standard “Matter and its Interactions” relates this science concept to engineering by teaching students that engineering design and construction is based on knowledge of the natural world.
An offline resource in Science4Us asks students to use their knowledge of the natural world to engineer a creation — in this case, they must draw upon their studies of physical and chemical reactions in order to make a piece of cinnamon toast.
This real-world activity demonstrates the Engineering Connection in the standard “Matter and its Interactions” by asking students to use their knowledge of physical and chemical reactions to engineer a piece of toast! (2-PS1)
Disciplinary Core Ideas
The NJSLS-S lists core ideas for students to learn in each standard. One of the core ideas within the standard “Matter and its Interactions” is about changes in matter, including chemical reactions (PS1-B).
Science4Us lets students play around with physical and chemical changes by transporting them to a virtual carnival!
This virtual carnival in Science4Us lets students experiment with changes in matter. (PS1-B)
The NJSLS-S highlights seven key crosscutting concepts that can be found throughout the fields of science and engineering, so that students can make connections across subject areas.
Science4Us helps students make these connections by emphasizing crosscutting concepts in each lesson.
The standard “Matter and its Interactions” asks students to investigate the crosscutting concept of “Energy and Matter” as it applies to breaking down objects into smaller pieces (2-PS1-3).
Science4Us encourages students to explore this idea with the online activity “De-Construct Zone”:
This deconstruction game teaches students about how the crosscutting concept “Energy and Matter” applies to the idea of breaking down objects (2-PS1-3).
The NJSLS-S believes it is important to integrate literacy into its science standards, and so does Science4Us. This interdisciplinary approach helps teachers maximize their class time by allowing students to learn new science concepts while also improving their literacy skills.
Within the standard “Matter and Its Interactions,” one of the literacy skills listed is to ask who, what, where, when, why and how questions with regards to changes in matter (R1.2.1) (2-PS1-4).
Science4Us created a science rap about a family trip to the beach, and all the changes in matter that the family observes. Students build language skills as they listen to this fun science song, which also prompts great who, what, where, when, why and how questions to check understanding.
Students gain literacy skills and learn about changes in matter while listening to this beachy science rap (41.2.1) (2-PS1-4).
The NJSLS-S incorporates math into every science standard, and Science4Us believes that this interdisciplinary approach is an invaluable way to save class time and help students make connections across subjects.
Within the standard “Matter and its Interactions,” one of the math skills required is to reason abstractly and quantitatively as students practice the science standard of connecting the properties of materials to their purpose (MP.2)(2-PS1-2).
Science4Us gives students the opportunity to practice these math and science skills as they complete an activity in their Digital Notebooks. The Digital Notebook is a tool always available for students, in which they can write and draw their ideas. Because this math and science activity occurs in the Digital Notebook, it fosters literacy skills as well.
This notebook entry asks students to use their mathematical reasoning skills to choose which things can be used to describe objects.
This activity in the Science4Us Digital Notebook asks students to use their mathematical reasoning skills to help them understand a science concept about materials and their purpose (MP.2)(2-PS1-2).