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1 Student Performance by Question Chemistry (Multiple-Choice ONLY) Teacher: Core 1 / S-14 Scientific Investigation Atomic Structure and Periodic Relationships Analysis of Performance by Question of each student targeted for Remediation or Intervention Enter a "1" in each box to indicate a missed question. Student Name Calculate the percent error in the results of a controlled experiment. Identify the correct equipment to collect the results of a safe conrolled experiment. Calculate results of a controlled experiment using significant digits conventions. Design safe controlled investigations. Interpret results using appropriate error analysis. Identify variables in laboratory procedures. Calculate the percent error in the results of a controlled experiment. periodic table to calculate oxidation number. Evaluate information derived from historical models to make conclusions about matter. Recognize that periodic trends can be determined from the periodic table. periodic table to construct models. Evaluate information to calculate properties of isotopes. Describe bonding to provide appropriate properties of substances. Chemical Formulas and Reactions Describe bonding to provide appropriate properties of substances. Total
2 Molar Relationships Phases of Matter and Kinetic Molecular Theory Identify the empiracal formula of a substance. the interaction of substances. Describe bonding to provide appropriate properties of substances. solution molar stoichiometry. molar stoichiometry. solution molar conversions. Predict the behavior of matter and interactions between particles in colligative properties. to calculations involving specific heat. Total
3 Student Performance by Question Chemistry (Multiple-Choice ONLY) Teacher: Core 2 / S-23 Scientific Investigation Atomic Structure and Periodic Relationships Chemical Formulas and Reactions Analysis of Performance by Question of each student targeted for Remediation or Intervention Enter a "1" in each box to indicate a missed question. Student Name Identify the correct equipment to collect the results of a safe controlled experiment. Analyze results of a controlled experiment using significant digits conventions. Calculate the percent error in the results of a controlled experiment. Identify proper laboratory safety techniques when handling chemicals. Identify conclusion of historical experiments. Interpret results using appropriate error analysis. Calculate percent error. precision and accuracy. Identify the general trends of the Periodic Table. Understand the charge and mass of subatomic particles. Recognize that periodic trends can be determined from the periodic table. Identify characteristics of subatomic particles. the interaction of substances during chemical changes. periodic table to make comparisons of matter. Evaluate information to calculate properties of isotopes. Determine the molecular formula of a compound, given certain information. Recognizes the function of a catalyst. the interaction of substances during chemical changes. the interaction of substances. Recognize different types of reactions. Total
4 Molar Relationships Phases of Matter and Kinetic Molecular Theory Recognize bond types. Balance chemical equation and select specified coefficient. Describe ionic bonding. solution Apply molar relation ships to solution Apply molar relation ships to molar stiochiometry. Calculate the molarity of a solution. Apply molar relation ships to Calcuates number of particles by using Avogadro's number when mass is given. Calculate the volume of a gaseous product at STP given moles of reactant and a balanced chemical equation. Calculate heat needed to raise temperature of a given amount of substance. molar conversions. Understand the parameters affecting vapor pressure. Predict the behavior of matter and interactions between particles in colligative properties. Understand the relationship between kinetic energy and temperature. Total
5 Student Performance by Question Chemistry (Multiple-Choice ONLY) Teacher: Core 3 / S-33 Scientific Investigation Atomic Structure and Periodic Relationships Chemical Formulas and Reactions Analysis of Performance by Question of each student targeted for Remediation or Intervention Enter a "1" in each box to indicate a missed question. Student Name Calculate percent error. Determine the appropriate type of probe. Demonstrate an understanding of proper laboratory techniques. mathematical manipulations. Identify proper laboratory safety techniques when handling chemicals. Identify variables in a investigation. Identify conclusion of historical experiments. Calculate percent error. Interprets solubility curves for various substances. precision and accuracy. Identify conclusion of historical experiments. Identify the general trends of the Periodic Table. Use a chart to determine an ion's charge. Understand the charge and mass of subatomic particles. periodic table to construct models. Apply knowledge of isotopes. Identify the similarity in the chemical properties of a given family. Determine the molecular formula of a compound, given certain information. Recognizes the function of a catalyst. Choose the chemical formula for a given compound. Choose the chemical formula for a given compound. chemical equilibrium in solutions. Recognize an ionic bond. Explain the function of a catalyst. Recognize different types of reactions. chemical nomenclature. Examine a chemical equation to determine reaction type. Total
6 Molar Relationships Phases of Matter and Kinetic Molecular Theory Recognize bond types. Recognize a synthesis reaction. Balance chemical equation and select specified coefficient. Apply an understnding of chemical nomenclature. Determine the molecular formula of a compound, given certain information. stoichiometry. Determine the number of particles when moles of elements are given. Determine the concentration of ions given ph or poh. molar volume in gases at STP. Calculate the molarity of a solution. Calculate quantity of compound produced from balanced equation. Calculates number of particles by using Avogadro's number when mass is given. Calculate heat needed to raise temperature of a given amount of substance. heat of vaporization. Identify causes for boiling point evaluation and freezing point depression. Understand the relationship between kinetic energy and temperature. Recognizes properties of electrolyte solutions. Understand the parameters affecting vapor pressure. Recognize the relationship between temperature and volume in gases. Understand the effects of solutes on colligative properties. Understand the effect of intermolecular forces on molar Calculate the partial pressure of oxygen in a mixture. Total
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