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California HMH Science Dimensions: Physics in the Universe

Product identity

Publisher
HMH Education
Program family
California HMH Science Dimensions
Edition
California Edition (©2020)

Instructional fit

Courses
High-school Physics in the Universe; grades 9–12
Role explanation
Core California high-school physics curriculum for the Physics in the Universe course model.
Subjects covered
Supported grades
Supported instructional roles

Materials and delivery

Format description
Print and digital course materials supported by laboratory investigations, simulations, video, assessment, and teacher resources.
Included components
Student edition; teacher edition; laboratory investigations; online student and teacher resources; You Solve It! simulations; assessment guide and item banks; performance-based assessments; engineering activities; CAST readiness resources; professional-learning videos; designated ELD teacher guide; multilingual home letters.
Languages and support
English with a designated ELD teacher guide, multilingual home letters, and embedded reading, vocabulary, and differentiation supports.
Format components

Links and notes

Vendor product URL
Visit publisher product page
Curriculum notes
Formerly titled 'Physics in the Universe' and offered by Houghton Mifflin in the source inventory. The full California program title and current publisher name are used here. The course is part of the California HMH Science Dimensions three-course model with The Living Earth and Chemistry in the Earth System. Current purchase availability was not confirmed, so the availability field is blank.

Availability

Last checked
September 29, 2026

A California high-school physics course that uses phenomena, modeling, investigation, engineering, and Earth-and-space contexts to address the California NGSS Physics in the Universe course model.

California HMH Science Dimensions: Physics in the Universe is the physics course in HMH's three-course California high-school science sequence. Students investigate anchoring phenomena, analyze evidence, develop and use models, solve engineering problems, work with simulations, and complete laboratory and performance tasks while connecting physics with Earth and space science.

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