The phrase "a universal relationship" is correct and usable in written English.
It can be used to describe a connection or bond that is applicable or relevant across different contexts, cultures, or situations.
Example: "The study aimed to explore a universal relationship between human behavior and environmental factors."
Alternatives: "a global connection" or "a fundamental bond".
Although discussions of prehistoric cultures often imply a direct correlation between the development of pottery and the origins of agriculture, this is not a universal relationship.
A universal relationship between the partial molar entropy of electrons in a conductor and the absolute thermoelectric power of the conductor was previously established using macroscopic thermodynamics.
A universal relationship covering the reactivity ratios and independent of monomer pair type has been developed and successfully verified for the copolymer systems.
In addition, regardless of the cation type, a universal relationship is found between the conductivity and modulus, indicative of a transport/stability tradeoff.
A universal relationship between the classical theory stress intensity factors and the Reissner theory stress intensity factors for thin orthotropic plates under symmetric bending is also derived.
A universal relationship exists between the torsion constant of a wire and the spring constant of a close-coiled helical spring wound from the same wire.
Thus, although BMI is in itself a strong predictor of total mortality [ 76], this is far from a simple, universal relationship.
A notable universal relationship has been proposed in the literature for the evolution of dimensionless droplet height and wetting diameter during the initial spreading stage of droplet impingement.
Carmel et al. carried out an analysis of gene architecture and expression levels of four organisms, Homo sapiens, Caenorhabiditis elegans, Drosophila melanogaster, and Arabidopsis thaliana, revealed a surprising, nonmonotonic, universal relationship between expression level and gene compactness.
Analysis of gene architecture and expression levels of four organisms, Homo sapiens, Caenorhabditis elegans, Drosophila melanogaster, and Arabidopsis thaliana, reveals a surprising, nonmonotonic, universal relationship between expression level and gene compactness.
The diachronic development in the Germanic languages in contrast to other IE languages obviously points to a close and possibly universal relationship between the categories aspect (lexical and/or grammatical aspect) and modality.
