Who coined the term relativistic mass

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SUMMARY

The term "relativistic mass" was coined by Richard C. Tolman in 1912, as stated in his work published in Philosophical Magazine. Although Tolman introduced the concept related to the velocity-dependent mass of moving bodies, he did not explicitly use the term "relativistic mass" in his paper. The discussion emphasizes the need for clarity regarding the terminology used in physics, particularly in the context of special relativity.

PREREQUISITES
  • Understanding of special relativity concepts
  • Familiarity with the historical context of physics terminology
  • Knowledge of Richard C. Tolman's contributions to physics
  • Access to academic journals, specifically Philosophical Magazine
NEXT STEPS
  • Research Richard C. Tolman's original paper in Philosophical Magazine, 1912
  • Explore the evolution of the term "relativistic mass" in physics literature
  • Study the differences between relativistic mass and invariant mass
  • Investigate the implications of relativistic mass in modern physics discussions
USEFUL FOR

Students of physics, historians of science, and educators seeking to understand the development of terminology in the field of relativity will benefit from this discussion.

pmb_phy
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Who coined the term "relativistic mass"

I asked this question before and never got an answer. I'm hoping that new people are on here who might just know the answer to the question: Who coined the term "relativistic mass" and where, i.e. I need a reference so I can read the source of the terms original usage. Thanks in advance.

Pete

ps - I plead with the forum not to turn this into a debate about the concepts usage. Thanks.
 
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http://en.wikipedia.org/wiki/Mass_in_special_relativity#Modern_relativistic_concepts" claims it was Richard C. Tolman:
Wikipedia said:
The velocity dependent mass of Lorentz and Abraham were replaced by the concept of relativistic mass, an expression which was coined by Richard C. Tolman in 1912, who stated: “the expression [itex]m_0(1 - v^2/c^2)^{-1/2}[/itex] is best suited for THE mass of a moving body.”[13]
Reference 13 is R. Tolman, Philosophical Magazine 23, 375 (1912).
 
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