Sentence examples for mathematical progression from inspiring English sources
The term "mathematical progression" is correct and commonly used in written English
It refers to a sequence of numbers or terms that follow a specific pattern or rule. You can use "mathematical progression" anytime you want to describe a series of numbers or terms that are related to each other in a mathematical way. For example: - The Fibonacci sequence is a well-known mathematical progression where each term is the sum of the two preceding terms. - In algebra, students learn about different types of mathematical progressions, such as arithmetic and geometric progressions. - The stock market has been showing a steady mathematical progression over the last few years, with an increase of 5% each quarter.
Then a quarter, an eighth, a 16th — whether measured in microseconds or eons, the mathematical progression never ends.
There was a sweet and sympathetic story in The New York Times yesterday, describing how fans in Kansas City take children out to the ballpark to watch tradition, the mathematical progression of a baseball season, one game, one statistic, one new legend at a time, all the while knowing that the best young players will soon defect.
If we accept this mathematical progression, how long will it take for the culprits of the two terrorist acts that have shaken my country to be brought to justice?
Designed to handle 64 bits of data at a time (versus the 32-bit processor family Intel introduced in 1985), these chips include a breathtaking mathematical progression of capability.
Sieve PSDs are usually measured by using a systematic mathematical progression in sieve aperture size; therefore, the fractions from the 1.7- and 2.0-mm sieves were combined, as were those from the 0.85- and 1.0-mm sieves, so that aperture size roughly doubled at each step.
Even the mathematical progressions of a harpsichord seemed underlined by a mortal throb.
Op Art, a system of pure abstraction that relied on mathematical progressions and the theories of the psychology of perception, was the order of the day.
Tiffany's windows (and counters), Cocteau's "Beauty and the Beast" and Giacometti's "Palace at 4 a.m" all come to mind, as do Donald Judd's mathematical progressions, Robert Smithson's entropy and Lucas Samaras's fierce opulence (not to mention the werewolf-like presences in some of Mr. Samaras's "Photo Transformations From 1973-74").
To capture all the dynamics of solid tumour growth and its progression, mathematical modellers need to couple biological processes occurring at various spatial and temporal scales (from genes to tissues).
Our analysis does not depend on any particular mathematical theory of progression and incidence.
We compared our simulated results to experimental results [ 87] and simulated results from a latest version of an AIR progression mathematical model [ 13].
