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The system of Cartesian coordinates (as opposed to his philosophy), allows any point in space to be located by a set of coordinates. Usually these are in 2 or 3 dimensional space but there is no reason for that to be a limiting factor.

This allows mathematicians to bring algebra and geometry together so that solutions in either one of these fields can be used to solve problems in the other.

The system of Cartesian coordinates (as opposed to his philosophy), allows any point in space to be located by a set of coordinates. Usually these are in 2 or 3 dimensional space but there is no reason for that to be a limiting factor.

This allows mathematicians to bring algebra and geometry together so that solutions in either one of these fields can be used to solve problems in the other.

The system of Cartesian coordinates (as opposed to his philosophy), allows any point in space to be located by a set of coordinates. Usually these are in 2 or 3 dimensional space but there is no reason for that to be a limiting factor.

This allows mathematicians to bring algebra and geometry together so that solutions in either one of these fields can be used to solve problems in the other.

The system of Cartesian coordinates (as opposed to his philosophy), allows any point in space to be located by a set of coordinates. Usually these are in 2 or 3 dimensional space but there is no reason for that to be a limiting factor.

This allows mathematicians to bring algebra and geometry together so that solutions in either one of these fields can be used to solve problems in the other.

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11y ago

The system of Cartesian coordinates (as opposed to his philosophy), allows any point in space to be located by a set of coordinates. Usually these are in 2 or 3 dimensional space but there is no reason for that to be a limiting factor.

This allows mathematicians to bring algebra and geometry together so that solutions in either one of these fields can be used to solve problems in the other.

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Related questions

When a relationship is graphed on a cartesian coordinate system what value is usually measured by the y-axis?

i dont no


When a relationship is graphed on a Cartesian coordinate system what value is usually measured by the x axis?

independent variable.


When a relationship is graphed on a Cartesian coordinate system what value is usually measured by the vertical axis?

The y intercept


Who discovered cartesian coordinate system?

The Cartesian Coordinate System was discovered by Rene Descartes.


When was the Cartesian Coordinate System invented?

The Cartesian coordinate system was invented in the 17th century. The idea of this system was developed in 1637.


What is the cartesian coordinate system used for?

Cartesian coordinate system is used for map making, GPA for cars.


The vertical axis in a Cartesian coordinate system?

The z axis in the vertical axis in the Cartesian Coordinate System.


Who was named after cartesian coordinate system?

I am not sure that anyone was named AFTER the Cartesian coordinate system. Malcolm X, possibly!


What 3-D is in relation to the Cartesian coordinate system?

The Cartesian coordinate system can be used in 3 or more dimensions.


Why is a Cartesian coordinate system called Cartesian?

The word "Cartesian" is named after the creator of the system itself, Rene Descartes (1596-1650), whose Latin name was Renatus Cartesius.


When a relationship is graphed ona cartesian coordinate system what value is usually measured by the vertical axis?

It is f(x), y or the "output".


What is another name for a cartesian coordinate system?

It is the Cartesian plane or grid system whereas coordinates of x and y are plotted on it.