Characteristic properties are unique to a specific substance and can be used to identify or classify it, such as density and boiling point. Non-characteristic properties are more general and can vary widely between different substances, such as color and odor.
It is found in nature in its pure form (not as a compound).
You think probable to an atom.
No, strong odor is not a characteristic of metal. Metals are typically odorless in their pure form. Odor may be present if metals have reacted with other substances or compounds.
Yes, boiling temperature is a characteristic property of a substance because it is unique to that substance and can be used to identify or classify it. The boiling point of a substance remains constant under specific conditions of pressure, making it a useful characteristic property for identification purposes.
A physical property is a characteristic of a pure substance. Water is an example of a pure substance.
pure risk is the a situation in which there is a possibility of loss or no loss while speculative risk thereeither profit or loss
Homogeneity.
I think its classified as either pure risk or speculative risk
An oversupply of labor
Characteristic properties are unique to a specific substance and can be used to identify or classify it, such as density and boiling point. Non-characteristic properties are more general and can vary widely between different substances, such as color and odor.
The temperature at which a pure solid changes to a liquid is the substance's melting point.
It is found in nature in its pure form (not as a compound).
Stic, pure, chance
highest risk of death from disease
A pure substance has a constant and specific chemical composition. It cannot be separated into simpler substances by physical means and has consistent physical and chemical properties throughout.
Chromium is a pure substance. It is a naturally occurring element with a specific atomic structure and chemical composition. It is not composed of different types of atoms or molecules, which is a characteristic of pure substances.