Editing Objective Chemical Reactions And Reaction Stoichiometry Concept
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<i><b>Broad Concept(<nowiki>MCAS Framework)</nowiki>: The conservation of atoms in chemical reactions leads to the ability to calculate the mass of products and reactants (5.Chemical Reactions and Stoichiometry)</b></i> Each student will be able to: *Recognize Synthesis,Decomposition,Single Replacement,Double Replacement (including Neutralization), and Combustion given a chemical reaction (<b>5.2</b>) *Explain the significance of the coefficients of a balanced chemical reaction (number of particles, moles, and volume) *Balance chemical equations (by applying the law of conservation of mass)(<b>5.1</b>) *Calculate stoichiometric problems including(<b>5.5</b>): ##moles of known substance - moles of unknown susbtance ##mass of known substance -mass of unknown susbtance ##mass of known substance -volume of unknown susbtance ##mass of known substance -particles of unknown susbtance ##volume of known substance -volume of unknown susbtance ##volume of known substance -mass of unknown susbtance ##volume of known substance -particles of unknown susbtance ##particles of known substance -mass of unknown susbtance ##particles of known substance -volumes of unknown susbtance ##particles of known substance -particles of unknown susbtance *Predicting Products of: ##Decomposition, Synthesis and Combustion reactions(assume complete combustion, no incomplete combustion) ##Synthesis reactions ##Single Replacement reactions ##Double Replacement reactions *Explain the difference between a complete chemical reaction and a net ionic reaction ##Determine the net ionic reaction from a complete chemical reactions (especially for a single and double replacement reaction) *Things needed to be memorized ##Seven diatomic elements ##Five different types of chemical reactions ##What products you get if you react oxygen with C,H,N,S ##Everything you memorized from Chemical Naming & Mole Concept Chapter *Things that can be in the folder ##Reaction Stoichiometry directions and/or figure ##Activity series table (for single replacement reactions) ##Solubility Table (for one type of Double Replacement reactions)
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