no you can not
The simple answer is by using time variant properties.
It explains the meaning of something. To define: To describe or outline the functional characteristics of a word or object.
Properties!!!
Two types of measurements are qualitative measurements, which describe the quality or characteristics of an object without using numbers, and quantitative measurements, which involve numerical values or quantities to describe an object's attributes.
we describe air by answering it's properties
Formal properties refer to the characteristics of a system or object that are specified using a formal language or framework, such as a mathematical or logical notation. These properties are used to describe the behavior or structure of the system in a precise and unambiguous way, typically for the purpose of analysis, verification, or design. Examples include symmetry, consistency, and completeness.
The "state" keyword in Java is significant because it allows programmers to define the properties or attributes of an object. These properties represent the current condition or data of the object. By using the "state" keyword, programmers can set and access these properties, which are essential for determining the behavior and functionality of the object in a program.
Using X and Y co-ordinates.
They are both using words to describe someone or something.
Use and adjective
No. if you wish to create an object that you plan on using in a java program then the answer is NO. You cannot initialize an object of a Java class without calling the constructor.
To observe and measure the physical properties of the orange liquid without altering it, I would first note its color and clarity using visual inspection. Next, I would measure its temperature with a thermometer and its viscosity using a viscometer to assess how thick or thin it is. I would also determine its density by calculating the mass of a known volume using a balance and graduated cylinder. Finally, I would use a refractometer to measure the liquid's refractive index for further characterization.