The quantity of materials in a sample determines whether a property is referred to as an extensiveproperty. The type of matter in a sample, not the quantity, determines an intense attribute of matter.
Physical properties are defined as the properties of matter that may be seen and measured without affecting the sample's chemical composition. Physical characteristics of substances and systems are frequently referred to as extensive and intensive characteristics.
Mass, weight, and volume are examples of extensive qualities that change depending on the amount of the substance. Contrarily, intensive qualities, such as color, melting point, boiling point, electrical conductivity, and physical state at a specific temperature, are independent of the amount of the substance present.
Thus, the quantity of materials in a sample determines whether a property is referred to as an extensiveproperty. The type of matter in a sample, not the quantity, determines an intense attribute of matter.
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Answer:
extensive properties depend on the amount of matter being used. intensive properties do not depend on the present substantive.
Explanation:
2. liquids
3. plasmas
4. all of the above
Answer:
All of the above
Explanation:
Hopes this helps, let me know if it's not.
Golgi apparatus
nucleus
rough ER
K.E = mgh at bottom
K.E = 0.18*10*45
K.E = 81J
K.E at the bottom will be equal to P.E at hight.