5.1 Notes
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Chemical reactions involve the rearrangement of atoms and the formation of new compounds with different physical properties than the original reactants. Signs that a chemical reaction has occurred include the formation of a gas, bubbles, an odor, smoke, a new solid, or a change in color. Chemical reactions also involve the absorption or release of energy. Exothermic reactions release energy overall as the products have less stored energy than the reactants. Endothermic reactions absorb energy overall as the products have more stored energy than the reactants.
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7.1 7.2 powepoint cells 2010
The document describes the structures and functions of eukaryotic cell organelles. It discusses the cell nucleus and its nuclear envelope, chromatin, chromosomes, and nucleolus. It also describes the ribosomes, endoplasmic reticulum, Golgi apparatus, lysosomes, vacuoles, mitochondria, and chloroplasts. Finally, it discusses the roles of the cytoskeleton, including microfilaments, microtubules, centrioles, and their functions in maintaining cell shape and enabling cell movement.
Plant ID 2010
This document provides descriptions and images of various plant species found in North America. It identifies key identifying features of 28 different plants such as their leaves, flowers, fruits, bark, or growth habit. Descriptors include needle-like or compound leaves, cone or fruit shapes, thorns, and fall colors. Accompanying images help illustrate distinguishing characteristics.
Chapter 13 Current And Circuits
The document discusses electric currents and circuits. It explains that electric charge depends on an imbalance of protons and electrons, which results in a net positive or negative charge. It also discusses how conductors allow charges to flow while insulators do not, and how friction or contact can cause charge transfer between objects. Additionally, it explains that batteries provide a voltage difference between their terminals that allows electrons to flow as current through an external circuit, and that resistance opposes this current flow according to Ohm's law. Circuit diagrams use symbols to represent electric components and circuits can be connected in series or parallel.
Chapter 13 Current And Circuits
The document discusses electric currents and circuits. It explains that electric charge depends on an imbalance of protons and electrons, which results in a net positive or negative charge. It also discusses how conductors allow charges to flow while insulators do not, and how friction or contact can cause charge transfer. Electric force depends on the product of charges and is inversely proportional to the square of the distance between charges. Batteries provide a source of voltage and current can flow when electrons move. Resistance is determined by voltage and current using Ohm's law. Circuits can be series or parallel, and power is calculated using the power equation. Fuses and circuit breakers prevent overloads by opening the circuit when too much current flows.
Global Climate I
The document discusses the greenhouse effect and its natural occurrence in trapping heat in the atmosphere, keeping the average temperature of Earth at 15°C instead of -18°C without an atmosphere. It explains that greenhouse gases like water vapor, carbon dioxide, methane, and nitrous oxide absorb and reemit infrared radiation from the surface, preventing it from escaping into space. Additionally, it describes the human impact on the carbon cycle through activities like burning fossil fuels, which contain carbon that was previously locked away and is now being added to the active carbon cycle.
7.1 Cell Intro
The document summarizes key aspects of cell theory and cell structure. It describes how early scientists like Hooke, van Leeuwenhoek, Schleiden, and Schwann contributed to the development of cell theory through their early microscopic observations of cells. It then discusses modern techniques for exploring cells, such as light microscopy, fluorescent labeling, confocal microscopy, electron microscopy, and scanning probe microscopy. Finally, it distinguishes between prokaryotic and eukaryotic cells, noting that prokaryotes lack nuclei and internal structures while eukaryotes have nuclei and organelles.
Oceans
This document discusses several key properties and concepts related to oceans and seawater. It covers the chemical composition of seawater, how salinity varies in different ocean regions and affects density. It also describes the layering of the ocean into surface, thermocline and bottom layers based on temperature differences with depth. Deep water masses like Antarctic Bottom Water and North Atlantic Deep Water are formed in polar regions due to cold, salty conditions and sink before migrating toward the equator. Ocean currents are driven by both density currents of deep water and surface winds, which cause gyres and upwelling in various ocean regions.
2-2 Water P H
The document discusses several key properties of water molecules and solutions. Water molecules are polar due to the uneven distribution of electrons. This polarity allows water molecules to form hydrogen bonds with other water molecules. Hydrogen bonding between water molecules results in cohesion and adhesion. A solution is formed when a solute dissolves uniformly in a solvent, whereas a suspension is formed when undissolved compounds are suspended in another substance. The document also defines acids and bases in terms of hydrogen and hydroxide ion concentration and explains how the pH scale measures acidity and alkalinity.
2-1 The Nature Of Matter
This document reviews basic chemistry concepts including the structure of atoms, isotopes, and radioactive isotopes. It defines key terms like elements, protons, neutrons, electrons, isotopes, and mass number. It also reviews covalent and ionic bonding, explaining that covalent compounds are molecules that share electrons while ionic compounds transfer electrons resulting in positive and negative charges attracting each other. Examples of important molecules and ions are provided.
Woody Plant Identification
The document provides descriptions of the identifying features of various woody plant species through images and text. It describes key characteristics such as leaf shape and arrangement, presence of thorns, bark texture, fruit/seed features, and habitat preferences for species including honey locust, crabapple, red pine, bell's honeysuckle, black cherry, green ash, mulberry, elm, dogwood, cottonwood, box elder, black-cap raspberry, Virginia creeper, buckthorn, wild grape, black walnut, willow, silver maple, prickly ash, black oak, and blue spruce. Identification tips include leaflets, needles, lobes, veins, fruits, cones, bark,
5 3 Lecture
The document discusses balancing chemical equations by ensuring that the number of atoms of each element is equal on both sides of the equation. It provides examples of unbalanced equations and steps to balance them by adjusting only the coefficients while keeping the subscripts the same. Rules for balancing equations include only changing coefficients, never changing subscripts, multiplying subscripts by coefficients, writing compounds before elements, and balancing elements last.
5.2 Lecture
There are 5 general types of chemical reactions:
1. Synthesis reactions combine two or more substances to form one new substance.
2. Decomposition reactions break down a single substance into two or more new substances.
3. Combustion reactions involve burning and produce carbon dioxide, water, and other products.
4. Single displacement reactions involve one element replacing another in a compound.
5. Double displacement reactions involve the switching of cations and anions between two compounds.
5.4 Lecture
The document discusses factors that affect reaction rates and catalysts. It identifies 5 factors that influence reaction rates: temperature, surface area, concentration, pressure, and mass. Catalysts increase reaction rates but are not used up in the reaction. Reactions can be reversible and reach equilibrium when the forward and reverse reactions occur at equal rates.
15[1].3 Lecture
The document discusses three topics related to oceans:
1) Ocean waves are movements of energy, not water molecules, with characteristics like height, length, and speed determined by factors like wind speed and fetch. Breaking waves occur when friction slows the trough.
2) Tides are caused by gravitational and centrifugal forces from the Moon and Sun, leading to higher spring tides during full and new moons and lower neap tides during quarter moons. Locations like the Bay of Fundy experience extreme tide ranges.
3) Ocean currents are driven by density differences, deep circulation, and global wind systems that form gyres and upwelling zones along western coastlines, transporting nutrients for marine
15.2 Lecture
Seawater contains dissolved gases, nutrients, and salts. Its salinity varies between 32-37 parts per thousand depending on evaporation and freshwater input. Seawater is denser and absorbs more light than freshwater. The ocean layers based on temperature, with a warm upper layer, cold deep layer, and rapid temperature change in the middle thermocline layer. Deep water masses form in polar regions where cold, salty water is dense and sinks, then spreads toward the equator. The three major deep water masses are Antarctic Bottom Water, North Atlantic Deep Water, and Antarctic Intermediate Water.
15[1].1 Lecture
The document discusses the origins and distribution of Earth's water. It explains that water originated from comets and meteorites from space, as well as volcanic gases. Most of Earth's surface is covered by oceans, with 71% located in the southern hemisphere. Oceans make up 97% of Earth's water, with ice caps comprising the remaining 3%. The five major oceans are named as the Pacific, Atlantic, Indian, Arctic, and Antarctic oceans. Seas are smaller bodies of water that may be partially or mostly landlocked. Sea ice floats because it is less dense than water, despite being cold. The Arctic ice cap shrinks in June and grows in December, while the Antarctic ice cap does the opposite.
Ionic Bonding 2008
This document discusses ionic bonding and the formation of ionic compounds. It explains that ionic bonds form between metals and nonmetals when electrons are transferred from the metal to the nonmetal. The resulting ions combine to form an ionic compound with a net neutral charge. The document provides examples of how to determine the chemical formula of ionic compounds based on the charges of the ions present. It also describes how to name ionic compounds and represents ionic bond formation using electron dot structures.
Ionic Bonding 2008
This document discusses ionic bonding and the formation of ionic compounds. It explains that ionic bonds form between metals and nonmetals when electrons are transferred from the metal to the nonmetal. The resulting ions combine to form an ionic compound with a net neutral charge. The document provides examples of how to determine the chemical formula of ionic compounds based on the charges of the ions present. It also describes how to name ionic compounds and represents ionic bond formation using electron dot structures.
4.1 Lecture 2008
This document discusses compounds, mixtures, and chemical formulas and structures. It defines compounds as pure substances with chemically bonded elements and constant composition, while mixtures are combinations of pure substances where properties remain but ratios vary. It explains how to read chemical formulas including symbols, subscripts, and coefficients. Different models for depicting chemical structures like ball-and-stick, structural formulas, and space-filling are introduced. The effects of chemical structure like network, bonded ions, and molecular compounds on compound properties such as state, strength, and melting/boiling points are outlined.
Transition And Polyatomic Ions 2008
The document discusses transition metals and polyatomic ions in ionic compounds. It provides steps to name ionic compounds containing transition metals by determining the charge on the nonmetal and transition metal to get an overall neutral charge. It also explains how to write the chemical formula from the name using the same process backwards. Additionally, it outlines how to name ionic compounds containing polyatomic ions by recognizing the ion, determining its charge from the periodic table, and using cross-canceling to determine the number of metal ions needed for neutrality. Examples of both processes are provided.
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5.1 Notes
- 1. 5.1 The nature of chemical reactions Pages 148 - 153
- 2. Goal 1 Understand what occurs during a chemical reaction and recognize the signs
- 7. Sodium sulfide + cadmium nitrate cadmium sulfide (clear liquid) (clear liquid) (yellow solid)
- 11. Goal 2 Describe energy movement and the difference between exothermic and endothermic reactions