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Properties of Alkanes
Properties of AlkanesDoreen Mhizha
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This document discusses the key physical and chemical properties of matter. It defines matter as anything that has mass and takes up space, and defines key terms like mass, weight, volume, density, states of matter (solid, liquid, gas), freezing point, boiling point, melting point, and compounds. It distinguishes between physical properties, which can be observed without changing the substance's composition, and chemical properties, which involve a substance interacting or reacting to form new substances. Examples of physical properties include hardness, texture, color, odor, taste, and temperature. Chemical properties involve behaviors like flammability, rusting, and reactivity with other substances.Physical and chemical properties of matter
Physical and chemical properties of matterknewton1314
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This document discusses physical and chemical properties of matter. It defines matter as anything that has mass and volume, and identifies the three common states of matter as solids, liquids, and gases. Physical properties can be observed without changing the identity of the substance, such as color, odor, and density. Chemical properties describe a substance's ability to undergo chemical reactions, like flammability or reactivity. A physical change alters the state of matter without changing its chemical makeup, while a chemical change produces new substances with different properties.Chap 2 chem & phy properties
Chap 2 chem & phy propertiestracyconover
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Physical properties describe characteristics that can be observed or measured without changing the identity of a substance. Examples include boiling point, freezing point, state at room temperature, color, odor, and hardness. Physical changes alter the substance's physical form through processes like melting, freezing, boiling, but do not change its chemical identity. Chemical properties describe a substance's ability to undergo chemical reactions and change identity, like flammability or reactivity. Chemical changes result in new substances with different chemical compositions and properties.Chap 2 chem & phy properties
Chap 2 chem & phy propertiestracyconover
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Physical properties describe characteristics that can be observed or measured without changing the identity of a substance. Examples include boiling point, freezing point, state at room temperature, color, odor, and hardness. Physical changes alter the substance's physical form through processes like melting, freezing, boiling, but do not change its chemical identity. Chemical properties describe a substance's ability to undergo chemical reactions and change identity, like flammability or reactivity. Chemical changes result in new substances with different properties.Chap 2 chem & phy properties
Chap 2 chem & phy propertiestracyconover
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Physical properties describe characteristics that can be observed or measured without changing the identity of a substance. Examples include boiling point, freezing point, state at room temperature, color, odor, and hardness. Physical changes alter the substance's physical form through processes like melting, freezing, boiling, but do not change its chemical identity. Chemical properties describe a substance's ability to undergo chemical reactions and change identity, like flammability or reactivity. Chemical changes result in new substances with different chemical compositions and properties.PROPERTIES_OF_MATTERPP2.ppt inorganic chem
PROPERTIES_OF_MATTERPP2.ppt inorganic chemJezrylleBalaong
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This document discusses physical and chemical properties of matter. It defines physical properties as those that can be observed without changing the identity of the substance, such as density, state, and thermal conductivity. Chemical properties describe a substance's ability to change into a new substance with different properties through chemical reactions. Some signs that a chemical change has occurred include production of a new odor or color, a change in temperature, formation of bubbles if a gas is produced, or a precipitate forming if a solid is produced.Chap 2 chem & phy properties
Chap 2 chem & phy propertiesjdrin001
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This document discusses physical and chemical properties of matter. Physical properties can be observed or measured without changing the identity of the substance, such as boiling point, melting point, color, odor, and hardness. Physical changes alter the physical form of matter without changing its chemical makeup, like boiling, freezing, or bending. Chemical properties describe a substance's ability to undergo chemical reactions, like flammability or reactivity. Chemical changes result in one or more new substances forming, indicated by signs like color changes, gas production, or precipitation. The key difference is that physical changes do not alter the composition of matter, while chemical changes do.Chap 2 chem & phy properties
Chap 2 chem & phy propertiesAllyse Fritz
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Physical properties can be observed and measured without changing a substance's identity, and are used to identify substances. Examples of physical properties include boiling point, freezing point, melting point, conductivity, flexibility, color, and odor. Physical changes alter a substance's form but not its chemical properties, such as boiling, freezing, melting, bending, and dissolving. Chemical properties describe a substance's ability to undergo chemical reactions, like flammability and reactivity. Chemical changes produce new substances with different properties.Phys sci ch 2 sec 1 & 2mod reading
Phys sci ch 2 sec 1 & 2mod readingivy1991
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The document discusses the properties of matter. It defines matter as anything that has volume and mass. It describes volume as the amount of space an object takes up and mass as the amount of matter in an object. It distinguishes between mass, which is a measure of the amount of matter, and weight, which is the gravitational force on an object. It then discusses physical properties like state, density, and thermal conductivity, and chemical properties like flammability and reactivity. It contrasts physical changes, which change physical properties but not identity, with chemical changes, which form new substances.
Chap 2 chem & phy properties
Chap 2 chem & phy propertiesAllyse Fritz
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This document discusses the differences between physical and chemical properties of matter. Physical properties can be observed or measured without changing the identity of the substance, such as boiling point, density, state, and color. Physical changes alter the substance's form but not its composition, like melting, freezing, or bending. Chemical properties describe a substance's ability to undergo chemical reactions, for example flammability or reactivity. Chemical changes result in one or more new substances forming through chemical reactions. The identity of the original substance is changed in a chemical change.Chap 2 chem & phy properties
Chap 2 chem & phy propertiestracyconover
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This document discusses the differences between physical and chemical properties of matter. Physical properties can be observed or measured without changing the identity of the substance, such as boiling point, density, state, and color. Physical changes alter the substance's form but not its composition, like melting, freezing, or bending. Chemical properties describe a substance's ability to undergo chemical reactions, for example flammability or reactivity. Chemical changes result in one or more new substances forming through chemical reactions. The identity of the original substance is changed in a chemical change.Text slideshow
Text slideshowEliasGiron
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This document defines key chemistry concepts such as elements, compounds, mixtures, and the different types of mixtures. It discusses homogeneous mixtures like solutions, and heterogeneous mixtures like colloids. It also covers physical properties including viscosity, conductivity, malleability, melting and boiling points. Finally, it discusses processes such as filtration, distillation, evaporation, and the differences between chemical and physical changes.PPPPPPPPPPPPPPPPPROPERTIES_OF_MATTERPP2.ppt
PPPPPPPPPPPPPPPPPROPERTIES_OF_MATTERPP2.pptSunnyAmar
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掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢
Properties of Matter
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This document discusses physical properties of matter. It defines physical properties as those that can be observed or measured without changing the substance's identity, such as its color, state, density, etc. Six main physical properties are identified: thermal conductivity, solubility, ductility, malleability, density, and state. Density is described in more detail, defining it as the ratio of mass to volume and explaining how it can be used to determine if an object will float or sink. Examples are provided to demonstrate calculating density from measurements of mass and volume. The document emphasizes that physical properties can be determined through the five senses and observation without altering the substance.Chemical reactions 2.1
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This document discusses chemical reactions and how to identify when one occurs. It defines key terms like matter, physical and chemical properties, and physical and chemical changes. It explains that a chemical reaction involves bonds breaking and forming, resulting in new substances. Signs that a chemical reaction has taken place include the formation of precipitates and changes in temperature, as reactions can be endothermic (absorb energy) or exothermic (release energy).Lesson 1 properties of matter
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This document describes physical and chemical properties of matter. Physical properties can be observed and measured without changing the identity of the substance, such as density, malleability, ductility, solubility, state, and thermal conductivity. Chemical properties describe how a substance can change into a new substance through chemical reactions involving properties like combustibility, reactivity, and acidity/alkalinity. The document provides examples to illustrate physical properties and distinguishes between physical changes that do not form new substances and chemical changes that produce entirely new substances.Basics of Matter.ppt
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This document discusses physical and chemical changes, pure substances, mixtures, and states of matter. It defines physical changes as changes in a substance's state or form without changing its chemical composition, and chemical changes as the formation of new substances through chemical reactions. Mixtures are combinations of substances that are not chemically bonded and can be separated by physical means. The four common states of matter are solids, liquids, gases, and plasma, which differ in the arrangement and movement of their particles according to the kinetic molecular theory.PROPERTIES_OF_MATTERPP2.ppt
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES,STATES, PHASES_OF_MATTERPP2.ppt
PROPERTIES,STATES, PHASES_OF_MATTERPP2.pptGeraldineMinong1
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES_OF_MATTERPP2.ppt
PROPERTIES_OF_MATTERPP2.pptdakshrathore717
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES_OF_MATTERPP2. Powerpoint lessons
PROPERTIES_OF_MATTERPP2. Powerpoint lessonsDaneelaRoseAndoy1
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.Properties of matterpp2
Properties of matterpp2Jieriel Abellanosa
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES_OF_MATTERPP2.ppt
PROPERTIES_OF_MATTERPP2.pptJessahMaeRPrincesa
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.Properties and Structure of Matter.pdf
Properties and Structure of Matter.pdfMaxiHalim
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The document discusses the key concepts around the properties and structure of matter. It defines matter as anything that has mass and takes up space. Matter exists in three physical states - solid, liquid, and gas - which are determined by factors like particle arrangement, energy, and distance between particles. Properties of matter include physical properties, which can be observed without changing the substance's identity or composition, and chemical properties, which involve changes in composition during a chemical reaction. Mixtures, elements, and compounds are the main classifications of matter. Various techniques can be used to separate mixtures based on the phases and properties of their components, such as filtration, evaporation, distillation, and chromatography.
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PPPPPPPPPPPPPPPPPROPERTIES_OF_MATTERPP2.pptSunnyAmar
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掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢鞄鞄鞄鞄鞄鞄逮逮逮逮逮乙逮乙逮鞄鞄逮乙鞄乙逮鞄乙逮鞄鞄鞄鞄乙逮鞄鞄鞄乙鞄鞄鞄乙逮鞄鞄鞄鞄鞄乙鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄鞄逮逮鞄鞄逮逮掘糸顎界温岳庄看稼単稼稼稼稼恢鞄鞄鞄乙鞄鞄鞄鞄逮逮逮逮逮逮逮逮恢Properties of Matter
Properties of MatterAbdulrahman Aljasem
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This document discusses physical properties of matter. It defines physical properties as those that can be observed or measured without changing the substance's identity, such as its color, state, density, etc. Six main physical properties are identified: thermal conductivity, solubility, ductility, malleability, density, and state. Density is described in more detail, defining it as the ratio of mass to volume and explaining how it can be used to determine if an object will float or sink. Examples are provided to demonstrate calculating density from measurements of mass and volume. The document emphasizes that physical properties can be determined through the five senses and observation without altering the substance.Chemical reactions 2.1
Chemical reactions 2.1msmoorebucktown
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This document discusses chemical reactions and how to identify when one occurs. It defines key terms like matter, physical and chemical properties, and physical and chemical changes. It explains that a chemical reaction involves bonds breaking and forming, resulting in new substances. Signs that a chemical reaction has taken place include the formation of precipitates and changes in temperature, as reactions can be endothermic (absorb energy) or exothermic (release energy).Lesson 1 properties of matter
Lesson 1 properties of matterJaymarDelaCruz4
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This document describes physical and chemical properties of matter. Physical properties can be observed and measured without changing the identity of the substance, such as density, malleability, ductility, solubility, state, and thermal conductivity. Chemical properties describe how a substance can change into a new substance through chemical reactions involving properties like combustibility, reactivity, and acidity/alkalinity. The document provides examples to illustrate physical properties and distinguishes between physical changes that do not form new substances and chemical changes that produce entirely new substances.Basics of Matter.ppt
Basics of Matter.pptGraceAceveda
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This document discusses physical and chemical changes, pure substances, mixtures, and states of matter. It defines physical changes as changes in a substance's state or form without changing its chemical composition, and chemical changes as the formation of new substances through chemical reactions. Mixtures are combinations of substances that are not chemically bonded and can be separated by physical means. The four common states of matter are solids, liquids, gases, and plasma, which differ in the arrangement and movement of their particles according to the kinetic molecular theory.PROPERTIES_OF_MATTERPP2.ppt
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES_OF_MATTERPP2.ppt
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES_OF_MATTERPP2. Powerpoint lessons
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.Properties of matterpp2
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.PROPERTIES_OF_MATTERPP2.ppt
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This document describes properties of matter. It discusses physical properties like density, state of matter, thermal conductivity, malleability, ductility, and solubility. These can be observed without changing the identity of the substance. It also discusses chemical properties like combustibility and reactivity that involve changes in the substance. Physical changes alter properties but don't make new substances, while chemical changes form entirely new substances. Signs of chemical changes include odor/color changes, temperature changes, bubble or precipitate formation.Properties and Structure of Matter.pdf
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- 2. Basic Concepts All objects are made up of matter Matter is anything that takes up space and has mass Properties are the specific characteristics that describe matter Matter can be identified using its specific properties All matter has the general properties of mass, weight, volume, and density Other properties are physical or chemical Physical: Does not change the identity of the matter Chemical: Changes the matter in determining the
- 3. A property describes how an object looks, feels, or acts. The objects shown here have different kinds of properties:
- 4. Physical vs. Chemical Physical properties: observe without changing the identity of the substance Chemical properties: observe only when the identity changes How do you know if it is chemical or physical? If it CHanges, its CHemical
- 5. Physical properties Physical properties can be observed or measured without changing the identity of the matter. Basically, properties you notice when using one of your five senses: Feel - mass, volume, texture Sight - color Hear Smell Taste
- 6. Boiling Point Temperature that substance turns from a liquid to a gas Color Conductivity How easily electrical current and heat pass through an object Density Relative mass to volume Ductility How easily something bends Freezing Point Temperature that a substance turns from a liquid to a solid Hardness Luster How shiny something is Malleability How easily something can be flattened into a sheet Mass Measure of how much matter there is Melting Point- Temperature that a substance turns from a solid to a liquid Odor Solubility How easily something dissolves State Solid, Liquid, Gas, etc Volume Measure of how much space something takes up Some Physical Properties
- 7. Properties are constantly changing... Matter is constantly changing. Ice in your soda melts, glass breaks, paper is ripped, Metal rusts, Paper Burns
- 8. Chemical properties A common chemical property is reactivity. Reactive to oxygen Reactive to air Reactive to water Notice that chemical properties arent EASY to observe, unlike physical properties.
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