Sentence examples for mathematical quantity from inspiring English sources

In formulating his laws, Newton asserted as postulates the notions of absolute space (in the sense of Euclidean geometry) and absolute time (a mathematical quantity that flows in the universe without reference to anything else).

This mathematical quantity, a pure number without dimensions, became known as the Reynolds number and was subsequently applied to other types of flow that are completely enclosed or that involve a moving object completely immersed in a fluid.

The equilibrium constant (Ks′) for this reaction (the mathematical quantity that expresses the relationships between the concentrations of the various species present at equilibrium) would normally be given by the equation Ks′ = [SH2+] [S−]/[SH]2, in which the square brackets denote the concentrations of the species within the brackets.

In 1883 Osborne Reynolds, a British engineer and physicist, demonstrated that the transition from laminar to turbulent flow in a pipe depends upon the value of a mathematical quantity equal to the average velocity of flow times the diameter of the tube times the mass density of the fluid divided by its absolute viscosity.

A very useful mathematical quantity is the probability weighted moment (PWM) of X.

Following the implications of his mechanical description of physical substances, Descartes argued that force is reducible to the mathematical quantity of motion observable in matter.

In order to satisfy the condition of relativistic invariance (i.e., treating space and time coordinates on the same footing), the Dirac equation required a combination of four wave functions and relatively new mathematical quantities known as spinors.

All that is established so far is that certain mathematical quantities in the formalism are discrete.

It allows to obtain various mathematical quantities for the EMO-G family as can be seen in the next sections.

Schmidt and Lipson's robot can deduce the Hamiltonian and other key mathematical quantities for a system by observing its motion.

Equations (31) and (32) are the main results of this section since from them we can obtain various OGE mathematical quantities.