With 30 documents and 100 pages, this bundle has everything you need to know to ace your chemistry course. From atomic structure to writing formulas, these documents include all the notes, details, and information you need. Resources like a labeled periodic table are included. Dozens of examples a...
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This document provides information about using polyatomic ions in formulas and how to write those formulas. On the latter part of the document, information about writing formulas for covalent compounds is provides as well. It gives several rules for writing names and formulas as well as dozens of ex...
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Add to cartThis document provides information about using polyatomic ions in formulas and how to write those formulas. On the latter part of the document, information about writing formulas for covalent compounds is provides as well. It gives several rules for writing names and formulas as well as dozens of ex...
This document provides information about hard water and water softeners, solubility, and different types of solutions (saturated, supersaturated, unsaturated). It also includes dozens of examples and practice problems for you to try.
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Add to cartThis document provides information about hard water and water softeners, solubility, and different types of solutions (saturated, supersaturated, unsaturated). It also includes dozens of examples and practice problems for you to try.
This document provides information regarding properties such as ionization energy, electron affinity, electronegativity, atomic radius, reactivity of metals, and reactivity of non-metals and their trends on the periodic table across the period or down a group.
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Add to cartThis document provides information regarding properties such as ionization energy, electron affinity, electronegativity, atomic radius, reactivity of metals, and reactivity of non-metals and their trends on the periodic table across the period or down a group.
This document reviews covalent, ionic, and hydrogen bonding. It shares information about the properties of water (surface tension, vapor pressure, boiling point, ice) as well as mixtures and solutions (alloys, suspensions, colloids). You will also find notes regarding solubility.
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Add to cartThis document reviews covalent, ionic, and hydrogen bonding. It shares information about the properties of water (surface tension, vapor pressure, boiling point, ice) as well as mixtures and solutions (alloys, suspensions, colloids). You will also find notes regarding solubility.
In this document, you will find information and notes on dozens of scientists who contributed to the atomic theory, including Dalton, Thomson, Rutherford, Bohr, Planck, Millikan, Curie, Bothe, Chadwick, Mendeleev, and Moseley. Pictures and diagrams are also included that show the several atomic mode...
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Add to cartIn this document, you will find information and notes on dozens of scientists who contributed to the atomic theory, including Dalton, Thomson, Rutherford, Bohr, Planck, Millikan, Curie, Bothe, Chadwick, Mendeleev, and Moseley. Pictures and diagrams are also included that show the several atomic mode...
This document shares rules as well as tips and tricks for writing, using, and calculating scientific notation, significant figures, and percent error. Dozens of examples and practice problems are included in this document.
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Add to cartThis document shares rules as well as tips and tricks for writing, using, and calculating scientific notation, significant figures, and percent error. Dozens of examples and practice problems are included in this document.
In this document, you'll find information regarding quantum numbers like the Principle, Orbital, and Spin quantum numbers. You'll also discover the diagonal rule diagram as well as notes on the Aufbau and Pauli Exclusion Principles. Dot diagram steps and rules are included in this document as well...
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Add to cartIn this document, you'll find information regarding quantum numbers like the Principle, Orbital, and Spin quantum numbers. You'll also discover the diagonal rule diagram as well as notes on the Aufbau and Pauli Exclusion Principles. Dot diagram steps and rules are included in this document as well...
This document is the periodic table of the elements. It is color coded based on its group (alkali, alkaline, transition, halogens, noble gases, etc). The table includes each element's atomic mass, atomic number, symbol, element name, electronegativity, oxidation state, and density.
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Add to cartThis document is the periodic table of the elements. It is color coded based on its group (alkali, alkaline, transition, halogens, noble gases, etc). The table includes each element's atomic mass, atomic number, symbol, element name, electronegativity, oxidation state, and density.
This document provides steps in calculating percent composition overall as well as with hydrates. It also offers dozens of examples and practice problems for you to try.
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Add to cartThis document provides steps in calculating percent composition overall as well as with hydrates. It also offers dozens of examples and practice problems for you to try.
This document offers background information about the mole (abbreviated mol) as well as Avogadro's number. Furthermore, notes about the atomic mass and molar mass are included. The document has dozens of examples and practice problems for you to try.
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Add to cartThis document offers background information about the mole (abbreviated mol) as well as Avogadro's number. Furthermore, notes about the atomic mass and molar mass are included. The document has dozens of examples and practice problems for you to try.
This document includes notes about SI units like length, mass, volume, and temperature. It compares accuracy vs precision and explains what Parallax errors are. Dozens of examples and practice problems are provided for you to try.
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Add to cartThis document includes notes about SI units like length, mass, volume, and temperature. It compares accuracy vs precision and explains what Parallax errors are. Dozens of examples and practice problems are provided for you to try.
From introductory notes about matter, volume, mass, weight, solids, liquids, gases, and plasma to information and examples about physical properties (extensive/intensive) and chemical properties of matter, this document covers all details relating to matter. It also includes a useful table to differ...
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Add to cartFrom introductory notes about matter, volume, mass, weight, solids, liquids, gases, and plasma to information and examples about physical properties (extensive/intensive) and chemical properties of matter, this document covers all details relating to matter. It also includes a useful table to differ...
This document offers notes on both ionic and metallic bonds, how they are described, formed, attracted, and held. A table is included comparing ionic and covalent bonds (made of, melting/boiling points, conductivity, appearance, etc.). Several diagrams of ionic and metallic bonding are included as w...
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Add to cartThis document offers notes on both ionic and metallic bonds, how they are described, formed, attracted, and held. A table is included comparing ionic and covalent bonds (made of, melting/boiling points, conductivity, appearance, etc.). Several diagrams of ionic and metallic bonding are included as w...
This document includes dozens of definitions ranging from chemistry and its branches to the scientific method and its steps to interpretations and observations. Several examples and practice problems are included for you to try.
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Add to cartThis document includes dozens of definitions ranging from chemistry and its branches to the scientific method and its steps to interpretations and observations. Several examples and practice problems are included for you to try.
This document is a must-have resource for chemistry courses. It includes the names of 44 important polyatomic ions (organized by charge) and their symbol.
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Add to cartThis document is a must-have resource for chemistry courses. It includes the names of 44 important polyatomic ions (organized by charge) and their symbol.
This document gives an in-depth overview of hydrates including their structure, properties, and anhydrous salts. It provides rules for calculating empirical formula or the formula of a hydrate and gives several examples and practice problems for you to try.
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Add to cartThis document gives an in-depth overview of hydrates including their structure, properties, and anhydrous salts. It provides rules for calculating empirical formula or the formula of a hydrate and gives several examples and practice problems for you to try.
This document offers a comparison between wavelength and frequency as well as ground vs excited states of electrons. Detailed notes about fireworks are provided as well. Figures and diagrams are provided as well showing wavelengths, light, and states of electrons.
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Add to cartThis document offers a comparison between wavelength and frequency as well as ground vs excited states of electrons. Detailed notes about fireworks are provided as well. Figures and diagrams are provided as well showing wavelengths, light, and states of electrons.
This document explains and differentiates between empirical and molecular formulas. It provides rules and steps to calculate the empirical formula as well as the molecular formula. Dozens of examples and practice problems are included for you to try.
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Add to cartThis document explains and differentiates between empirical and molecular formulas. It provides rules and steps to calculate the empirical formula as well as the molecular formula. Dozens of examples and practice problems are included for you to try.
This document is an in-depth guide to electrolytes and nonelectrolytes, drawing and reading phase diagrams, and rules for percent composition calculations. It includes many definitions, formulas, and dozens of examples and practice problems for you to try.
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Add to cartThis document is an in-depth guide to electrolytes and nonelectrolytes, drawing and reading phase diagrams, and rules for percent composition calculations. It includes many definitions, formulas, and dozens of examples and practice problems for you to try.
In this document, you'll find notes about three compounds (H2CO3, H2SO3, and NH4OH) and how they contribute to double displacement reactions. You'll also learn how to balance these reactions as well as be given information about energy in reactions (exothermic, endothermic). Dozens of examples and...
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Add to cartIn this document, you'll find notes about three compounds (H2CO3, H2SO3, and NH4OH) and how they contribute to double displacement reactions. You'll also learn how to balance these reactions as well as be given information about energy in reactions (exothermic, endothermic). Dozens of examples and...
The diagonal rule is a must-have resource for writing electron configurations.
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Add to cartThe diagonal rule is a must-have resource for writing electron configurations.
This document defines, explains, and compares in detail the four main types of bonds (ionic, covalent, metallic, and hydrogen). Several diagrams and drawings are included to show different types of bonds, their symmetry, electronegativity, and more. Information about fats and bonding are also includ...
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Add to cartThis document defines, explains, and compares in detail the four main types of bonds (ionic, covalent, metallic, and hydrogen). Several diagrams and drawings are included to show different types of bonds, their symmetry, electronegativity, and more. Information about fats and bonding are also includ...
From elements (diatomic), compounds, and allotropes to mixtures like homogeneous, alloys, heterogeneous, suspensions, and colloids, this document provides in-depth notes into how to classify matter. A detailed graphic organizer is included to show the classification as well as dozens of diagrams and...
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Add to cartFrom elements (diatomic), compounds, and allotropes to mixtures like homogeneous, alloys, heterogeneous, suspensions, and colloids, this document provides in-depth notes into how to classify matter. A detailed graphic organizer is included to show the classification as well as dozens of diagrams and...
This document offers information on five important categories of classifying chemical reactions: single displacement/replacement, double displacement/replacement, decomposition (plus special circumstances), synthesis, and combustion (hydrocarbon) reactions. Dozens of examples and practice problems a...
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Add to cartThis document offers information on five important categories of classifying chemical reactions: single displacement/replacement, double displacement/replacement, decomposition (plus special circumstances), synthesis, and combustion (hydrocarbon) reactions. Dozens of examples and practice problems a...
In this document, you'll find notes about binary acids, oxyacids, hydrocarbons (alkanes, alkenes, alkynes), and organic compound prefixes. Rules about writing formulas for acids are included as well. This document also provides dozens of examples and practice problems for you to try.
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Add to cartIn this document, you'll find notes about binary acids, oxyacids, hydrocarbons (alkanes, alkenes, alkynes), and organic compound prefixes. Rules about writing formulas for acids are included as well. This document also provides dozens of examples and practice problems for you to try.
This document offers a four step process to balance chemical equations using algebra. It includes specific examples to show how to do each step as well as several extra practice problems for you to try on your own.
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Add to cartThis document offers a four step process to balance chemical equations using algebra. It includes specific examples to show how to do each step as well as several extra practice problems for you to try on your own.
This document offers an in-depth 6 step plan to balance chemical equations that includes examples for each. Notes on the rules for coefficients are provided as well as definitions of several key terms (The Law of Conservation of Mass, chemical reaction, products, reactants, coefficient, etc.). Sever...
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Add to cartThis document offers an in-depth 6 step plan to balance chemical equations that includes examples for each. Notes on the rules for coefficients are provided as well as definitions of several key terms (The Law of Conservation of Mass, chemical reaction, products, reactants, coefficient, etc.). Sever...
This document offers an in-depth 6 step process for balancing chemical equations that include polyatomic ions with specific examples for each. Furthermore, dozens of examples and practice problems are provided for you to try.
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Add to cartThis document offers an in-depth 6 step process for balancing chemical equations that include polyatomic ions with specific examples for each. Furthermore, dozens of examples and practice problems are provided for you to try.
This document includes information about ions (cations, anions, and polyatomic ions), their definitions, and how atoms acquire these charges. Diagrams and tables are offered as well showing energy levels of atoms. Dozens of examples and practice problems are provided that allow you to write chemical...
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Add to cartThis document includes information about ions (cations, anions, and polyatomic ions), their definitions, and how atoms acquire these charges. Diagrams and tables are offered as well showing energy levels of atoms. Dozens of examples and practice problems are provided that allow you to write chemical...
This document includes notes on average atomic mass as well as its calculation. Details about the three Laws of the Atomic Theory (Definite Composition, Conservation of Mass, Multiple Proportions) are provided as well as several diagrams depicting mass conservation. Many examples and practice proble...
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Add to cartThis document includes notes on average atomic mass as well as its calculation. Details about the three Laws of the Atomic Theory (Definite Composition, Conservation of Mass, Multiple Proportions) are provided as well as several diagrams depicting mass conservation. Many examples and practice proble...
This document explains what a chemical reaction is and several examples as evidence a chemical reaction occurred. Atomic structure is also detailed as well as atomic mass, relative atomic mass, mass number, and isotopes. Several tables are provided to demonstrate the charges, mass, and location of s...
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Add to cartThis document explains what a chemical reaction is and several examples as evidence a chemical reaction occurred. Atomic structure is also detailed as well as atomic mass, relative atomic mass, mass number, and isotopes. Several tables are provided to demonstrate the charges, mass, and location of s...
This document includes the all-important table "The Activity Series of the Elements" with additional notes regarding the activity series and replacement reactions that stem from it. Dozens of examples and practice problems are provided for you to try.
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Add to cartThis document includes the all-important table "The Activity Series of the Elements" with additional notes regarding the activity series and replacement reactions that stem from it. Dozens of examples and practice problems are provided for you to try.
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