verb to determine or express the quantity of something
adjective describing something that has been measured or expressed in terms of quantity
In scientific research, 'quantified' is used to describe the act of measuring and expressing quantities or amounts using numerical values.
In mathematics, 'quantified' is used to describe the act of determining the quantity or amount of something using numerical values.
In statistics, 'quantified' is used to describe the process of assigning numerical values to variables in order to analyze and interpret data.
In economics, 'quantified' is used to describe the process of measuring and assessing economic variables such as GDP, inflation rates, and unemployment levels.
In the field of writing, 'quantified' may be used to describe the process of assigning numerical values to data or information for measurement or analysis purposes. For example, a writer may need to quantify the impact of a particular event on society by collecting and analyzing statistical data.
Psychologists may use 'quantified' to refer to the process of measuring and assessing psychological traits or behaviors using standardized tests or scales. For instance, a psychologist may quantify the level of anxiety in a patient using a validated questionnaire.
In scientific research, 'quantified' is commonly used to describe the process of measuring and expressing data in numerical terms. Scientists may quantify the concentration of a particular substance in a sample or quantify the effect of a treatment on a biological system.
For accountants, 'quantified' may refer to the process of expressing financial information in numerical terms for reporting and analysis purposes. Accountants may quantify the revenue generated by a company or quantify the expenses incurred during a specific period.
Engineers often use 'quantified' to describe the process of measuring and evaluating physical properties or performance metrics of systems or structures. Engineers may quantify the stress levels in a material or quantify the efficiency of a mechanical system.