Mechanics, heat, and sound (Principles of physics series) Sears, Francis Weston

$16

1952 2nd printing edition. Hardcover has some slight fraying at edges. No dust jacket. The pages are clean and in good condition. The binding is secure.

This early edition from the influential “Principles of Physics” series captures a pivotal era when physics education evolved to incorporate 20th-century breakthroughs. Despite its classical subject matter, the book was shaped by revolutionary theories that reshaped the field. Authored by MIT professor and “American Journal of Physics” co-founder Francis Weston Sears, it reflects his commitment to rigorous yet accessible pedagogy. This well-preserved copy offers a tangible link to the era’s pursuit of advancing scientific understanding through innovative teaching.

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SKU: VB31-015 Categories: , , , Product Condition: Used

Description

1952 2nd printing edition. Hardcover has some slight fraying at edges. No dust jacket. The pages are clean and in good condition. The binding is secure.

This early edition of the seminal “Mechanics, Heat, and Sound” from the influential Principles of Physics series offers a glimpse into the foundations of modern physics education. Published just seven years after the inaugural 1945 edition, this 1952 printing represents a pivotal era when physics instruction was evolving to incorporate the latest 20th-century developments. While the book’s content focuses on classical mechanics, thermodynamics, and acoustics, it was written in the wake of revolutionary theories like relativity and quantum mechanics that had reshaped the field.

Authored by Francis Weston Sears, a professor at MIT and co-founder of the esteemed journal “American Journal of Physics,” this textbook reflects his commitment to rigorous yet accessible physics pedagogy. Sears’ influence extended beyond the classroom, as he consulted for government agencies and corporations, helping translate theoretical concepts into practical applications. This copy, despite its age and mild wear, offers collectors and readers a tangible link to the mid-20th century’s pursuit of advancing scientific understanding through innovative teaching methods.

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Weight 29 lbs
Dimensions 4.1 × 16.1 × 23.4 in
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