adjective visible to the naked eye; not microscopic
In geology, macroscopic features refer to large-scale geological structures and formations that can be observed and studied without the need for magnification.
In engineering, macroscopic analysis involves studying the overall behavior and properties of materials and structures at a large scale, rather than focusing on individual components.
In chemistry, macroscopic properties refer to properties of a substance that can be observed and measured without examining the individual molecules or atoms that make up the substance.
In physics, macroscopic refers to objects and phenomena that are visible to the naked eye and can be observed without the aid of microscopes or other specialized equipment.
In biology, macroscopic organisms are those that are large enough to be seen with the naked eye, as opposed to microscopic organisms that can only be seen under a microscope.
In literature and academic writing, the term 'macroscopic' may be used to describe a broad or general view of a topic or subject matter.
Psychologists may use the term 'macroscopic' to refer to a high-level perspective or analysis of psychological phenomena or research findings.
Biologists may use 'macroscopic' to describe the study of organisms or structures that are visible to the naked eye, as opposed to microscopic analysis.
Economists may use 'macroscopic' to refer to the study of large-scale economic trends, such as inflation, GDP growth, and unemployment rates.
Physicists may use 'macroscopic' to describe the behavior of matter and energy on a large scale, as opposed to at the atomic or subatomic level.