Finding the ratio of the fluxion of x using Newton's method

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SUMMARY

The discussion focuses on calculating the ratio of the fluxion of x to the fluxion of 1/x using Newton's synthetic method of fluxions. Participants clarify that a fluxion, as defined by Newton, represents the derivative of a quantity with respect to time. The conversation emphasizes the need for a foundational understanding of derivatives to approach this problem effectively.

PREREQUISITES
  • Understanding of Newton's method of fluxions
  • Knowledge of derivatives in calculus
  • Familiarity with the concept of limits
  • Basic algebraic manipulation skills
NEXT STEPS
  • Study the principles of Newton's method of fluxions
  • Learn how to calculate derivatives using standard rules
  • Explore applications of derivatives in real-world problems
  • Practice finding ratios of derivatives for various functions
USEFUL FOR

Students of calculus, mathematics educators, and anyone interested in the historical context and application of Newton's methods in calculus.

BurtZ
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Homework Statement
Find the ratio of the fluxion of x to the fluxion of 1/x using Newton's synthetic method of fluxions.
Relevant Equations
None.
I was asked to find the ratio of the fluxion of x to the fluxion of 1/x using Newton's synthetic method of fluxions. I do not understand how to do this.
 
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I believe you. But PF guidelines require you post your own attempt before assistance is allowwed.
So: what are we talking about ? What is a fluxion a la Newton (sounds like a recipe :smile: ) and how does one calculate it ?

##\ ##
 
BvU said:
I believe you. But PF guidelines require you post your own attempt before assistance is allowwed.
So: what are we talking about ? What is a fluxion a la Newton (sounds like a recipe :smile: ) and how does one calculate it ?

##\ ##
Thanks for your belief :)
A fluxion of the quantity x (which is dependent on time) is the speed at which speed increases.

Essentially it seems to be the derivative.
 

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