Two questions on Newton Fluxions

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In summary, Newton's notation for a dot over a letter represents the time derivative and a prime represents the space derivative in 1D. However, it is important to quote the specific passage for clarification. An introductory calculus textbook usually includes the tools needed to construct a geometric representation of infinitesimal quantities.
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jonjacson
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Hi folks,

I have two questions:

1.- I am reading his Method of fluxions and when he writes x with a dot over the letter, Does he mean the differential of x, or what we say dx? In other words, Is that an infinitesimal quantity "smaller than any other fixed number"?

I ask because I have read in some web pages that x dot meant dx/dt.

2.- In the entire Principia it is posible to find a geometric representation of ininitesimal quantities, Is there any math book dedicated exclusively to explain how to represent graphically differentials on geometric figures?

Thanks!
 
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1. in Newton's notation, a dot over a letter refers to the time derivative while a primed letter refers to the space derivative in 1D.
However, you will have to quote the passage to be sure.

2. An introductory college-level work on calculus will usually cover it, or, at least, the tools needed to construct one.
 
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What are Newton Fluxions?

Newton Fluxions, also known as the Newtonian method of fluxions, is a mathematical concept developed by Sir Isaac Newton in the late 17th century. It is considered to be the precursor to modern calculus and is used to calculate the rate of change of mathematical quantities.

How is Newton Fluxions different from modern calculus?

Although Newton Fluxions and modern calculus share many similarities, there are several key differences. Newton Fluxions uses a geometric approach to calculus, while modern calculus uses an algebraic approach. Additionally, the notation and terminology used in Newton Fluxions is different from modern calculus.

What are the applications of Newton Fluxions?

Newton Fluxions has a wide range of applications in various fields such as physics, engineering, and economics. It is used to solve problems related to motion, rates of change, optimization, and many other real-world scenarios.

What is the process of finding fluxions?

The process of finding fluxions involves taking the derivative of a function with respect to time, displacement, or any other variable. This is done by finding the slope of a tangent line to a curve at a specific point. The resulting value is the fluxion or the rate of change of the function at that point.

What are the criticisms of Newton Fluxions?

One of the main criticisms of Newton Fluxions is its reliance on geometric intuition, which can be difficult for some individuals to grasp. Additionally, the notation and terminology used in Newton Fluxions can be confusing and inconsistent. Some also argue that it lacks a rigorous mathematical foundation compared to modern calculus.

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