'Intensive property' presentation slideshows

CE 374K Hydrology

CE 374K Hydrology. Review for First Exam February 15, 2011. Hydrology as a Science.

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Bellringer 11-7-2013

Bellringer 11-7-2013. What are the 2 most basic categories of matter? If you shine a flashlight through a glass of KoolAid and then a glass of water with a little milk mixed in, which one(s) would you see the light beam going through the glass? a. Kool-Aid b. Milky water c. Both.

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Do Now: 6 minutes

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CHEM 1011

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Chapter 2.1 Properties of matter

Chapter 2.1 Properties of matter. Objective: Introduction to properties of matter. Describing Matter. Properties used to describe matter can be classified as extensive or intensive. An extensive property depends on the amount of matter in a sample.

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Vocab

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CE 394K.2 Hydrology, Lecture 2 Hydrologic Systems

CE 394K.2 Hydrology, Lecture 2 Hydrologic Systems. Hydrologic systems and hydrologic models How to apply physical laws to fluid systems Intrinsic and extrinsic properties of fluids Reynolds Transport Theorem Continuity equation

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Matter

Matter. II. Properties & Changes in Matter . B. Physical vs. Chemical. Physical Property Inherent characteristics that can be observed without altering the identity (composition) of the substance Chemical Property

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Cell Potentials at Standard Conditions

Cell Potentials at Standard Conditions. Revisiting E cell. Standard Reduction Potentials. Reduction potentials for many electrodes have been measured and tabulated. Standard Hydrogen Electrode. Their values are referenced to a s tandard h ydrogen e lectrode ( SHE ).

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- Matter

- Matter. Properties & Changes in Matter Extensive vs. Intensive Physical vs. Chemical. A. Extensive vs. Intensive. Extensive Property depends on the amount of matter present Intensive Property depends on the identity of substance, not the amount. A. Extensive vs. Intensive. Examples:

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Ch. 1 - Matter

Ch. 1 - Matter. III. Properties & Changes in Matter (p.7-10) Extensive vs. Intensive Physical vs. Chemical. A. Extensive vs. Intensive. Extensive Property depends on the amount of matter present Intensive Property depends on the identity of substance, not the amount.

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Properties & Changes in Matter Extensive vs. Intensive Physical vs. Chemical

Properties & Changes in Matter Extensive vs. Intensive Physical vs. Chemical. Extensive vs. Intensive. Extensive Property depends on the amount of matter present Intensive Property depends on the identity of substance, not the amount. Extensive vs. Intensive. Examples: boiling point

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Descriptive Properties of

Descriptive Properties of. Matter. A. Extensive vs. Intensive. Extensive Property depends on the amount of matter present Intensive Property depends on the identity of substance, not the amount. A. Extensive vs. Intensive. intensive extensive extensive intensive intensive. Examples:

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Density

Supplemental packet page 15. Density. A. The density of a substance is the ratio of mass to volume (grams per milliliters). B. Density is a characteristic property of a material and does not depend on sample size; an example of an intensive property, a property independent of mass

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Thermal Conductivity

Thermal Conductivity. Jacqueline Leung, Angel Chau, Teresa Lam. Definition of Thermal Conductivity. Thermal conductivity is the intensive property of a material that indicates its ability to conduct heat . Physical Properties. High thermal specific heat capacity Conducts heat.

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What a mess!

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