Sentence examples for finite quantity from inspiring English sources
The phrase "finite quantity" is correct and usable in written English.
It can be used in contexts involving mathematics, physics, or any field where the concept of a limited or bounded amount is relevant.
Example: "In calculus, we often deal with functions that approach a finite quantity as they approach a certain limit."
Alternatives: "limited amount" or "bounded quantity".
"There was a finite quantity," Mr. Watt said.
"We are dependent on nonrenewable resources which have finite quantity limits," he wrote.
There's a certain, finite quantity of Mr. Dyer's sentences extant in the known universe.
The market price of food, fresh water, minerals, metals and fuel has never been related to the finite quantity of those resources.
Central banks' quantitative easing policies, which leave more dollars, yen and euros chasing a finite quantity of the commodity, may also be contributing to the rise in prices.
This problem is particularly relevant to the study of primary human specimens, such as tumor biopsies, which are heterogeneous and of finite quantity.
The characters are sold in finite quantities depending on their abilities.
There he scathingly wrote about these fluxions and infinitesimals, "They are neither finite quantities, nor quantities infinitely small, nor yet nothing.
The current nuclear fuel standard is uranium because of its unique ability to be easily fissioned, but ultimately, uranium only exists in finite quantities on the earth.
The lectures were published in 1797 under the title Théorie des fonctions analytiques ("Theory of Analytical Functions"), a treatise whose contents were summarized in its longer title, "Containing the Principles of the Differential Calculus Disengaged from All Consideration of Infinitesimals, Vanishing Limits, or Fluxions and Reduced to the Algebraic Analysis of Finite Quantities".
These concepts, and also Dirac's idea of vacuum polarization (1934), helped a new generation of theorists after World War II invent ways of subtracting infinities from one another in their calculations so that predictions for physically observable results in quantum electrodynamics would always be finite quantities.
