800.228.7117
Students test the chemical properties of seven different solutions in every combination and identify chemical properties by observing the reactions.
National Standards for Grade Levels 9-12
Evidence of chemical reactions observed include gas production, color changes, and formation of precipitates. After becoming familiar with the chemical properties of the solutions, students use the information to identify any of four unknown solutions. The kit includes all required chemicals, reaction plates, reproducible worksheets and student procedures. Designed for 24 students working in six groups of four.
Kit Contents
Shipping Weights and Dimensions
You are sent a comment success. The administrator will review and approve your comment. Thank you!
In this activity, students will perform paper chromatography on three individual dyes, along with a mixture of dyes, to determine the composition of the mixture.
Kit contains enough materials for 15 groups. This kit provides for a qualitative test that will help students visualize that two different solids were collected, despite their similar...
Kit contains enough materials for 15 groups. This kit will introduce two common types of chemical reactions; single replacement and double replacement.
Elements, Compounds, and Mixtures I focuses on solubility based separation methods: evaporation, distillation, filtration, and crystallization
In this activity, students will use the Innovating Science apparatuses and your temperature and pressure sensors to measure and plot the physical characteristics of a gas
Students will test a series of microscale chemical combinations to learn how to identify if a chemical reaction has occurred. Aligned to the Next Generation Science Standards (NGSS)*
The activities in this kit focus on developing a better understanding of what is matter and what the different types of properties are
Introduce students to Chemical Equations as they perform and observe two different single replacement reactions and two different double replacement reactions.
Students test the chemical properties of seven different solutions in every combination and identify chemical properties by observing the reactions.
