Phenomenon.
A phenomenon describes an observed pattern in nature without an attempt to explain its underlying causes.
The term that describes an observed pattern in nature without any attempt to explain it is "empirical observation." These observations are based on direct experience or experiments and serve as the foundational data that can lead to theories or explanations in scientific inquiry.
A descriptive statement that outlines an observed pattern in nature without providing an explanation is known as a scientific law. For example, Newton's Law of Universal Gravitation describes the attraction between two masses but does not explain the underlying reasons for that attraction. These laws are based on consistent and repeatable observations, allowing scientists to predict outcomes under certain conditions.
False
A property that describes a substance is a characteristic that can be observed or measured without changing its chemical identity. These properties can be classified as physical, such as color, melting point, and density, or chemical, such as reactivity and flammability. Understanding these properties helps in identifying and categorizing substances in chemistry and materials science.
A phenomenon describes an observed pattern in nature without an attempt to explain its underlying causes.
scientific law
The term that describes an observed pattern in nature without any attempt to explain it is "empirical observation." These observations are based on direct experience or experiments and serve as the foundational data that can lead to theories or explanations in scientific inquiry.
Observation.
True. Unlike a scientific theory, a scientific model describes an observed pattern in nature without attempting to explain it.
A descriptive statement that outlines an observed pattern in nature without providing an explanation is known as a scientific law. For example, Newton's Law of Universal Gravitation describes the attraction between two masses but does not explain the underlying reasons for that attraction. These laws are based on consistent and repeatable observations, allowing scientists to predict outcomes under certain conditions.
A scientific law is a statement that describes what scientists expect to happen every time under a particular set of conditions. Unlike a theory, a scientific law describes an observed pattern without attempting to explain it.
A scientific law is a statement that describes what scientists expect to happen every time under a particular set of conditions. Unlike a theory, a scientific law describes an observed pattern without attempting to explain it.
False
A scientific theory attempts to explain observations by construction a system of mechanisms by which the observations can be accurately predicted.A scientific law is simply a statement summarizing the results of observations without providing any attempt at explaining the observations.For example, Newtonian physics is a scientific theory that attempts to explain, amongst other things, the motion of objects when subjected to gravity.The law of gravity is merely a mathematical formula that describes the force of gravity felt between any two objects (with limitations if the objects are incredibly small - see quantum mechanics) but does not attempt to explain why the formula is what it is. Scientific laws simply summarize the empirical (observed) data available.
I was just trying to find the same, in my attempt to find a word that describes "to walk with goal' I noticed that the English vocabulary has an astounding amount of words to describes walking/travelling without a set destination...
Color is a property that can be observed without changing the object.