The Student Mathematician’s Journal allows students to explore simulated or real-life problems and help them to think, write, and read like mathematicians. It encourages students to reflect on what they have learned in each lesson, think deeply about mathematics, and communicate in writing on worksheets.
Students are encouraged to study patterns and determine how they change, how they can be extended or repeated and/or how they grow. They then move beyond this to organize the information systematically and analyze it to develop generalizations about the m
The Student Mathematician’s Journal presents simulated or real-life problems that encourage students to think, write, and read like mathematicians. They are asked to reflect on what they have learned and communicate in writing on worksheets.
In this unit, students explore two- and three-dimensional shapes and the relationships among them. The reasoning and spatial-sense skills they use will help the
Guide to Teaching a Science Curriculum contains information for the implementation of the seven problem-based units. Concept papers related to systems, experimental design, and problem-based learning are included with criteria for assessing science curriculum needs at the local level. A section for parents is also included.
Guide to Teaching a Science Curriculum contains information for the implementation of the seven problem-based units. Concept papers related to systems, experimental design, and problem-based learning are included with criteri