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Select the number of each type of objective: (Selecting Random will randomly generate all subtypes) Click on any title to see the free sample worksheet. (only the first few samples are free) (Random) (2.A) Numeric Reasoning. Use precision and accuracy in reallife situations related to measurement and significant figures;
b. Adding/Subtracting Matrices with Variables c. Multiplying Matrices d. Finding Matrix Inverses e. Multiplying Matrices with Variables f. Solving a System of Equations with Matrices g. Matrix Word Problems h. Setting up a System of Equations with Matrices i. Finding Determinants of Matrices j. Examining Matrix Transformations
b. Using Plurality c. Using Borda d. Using Plurality with Elimination e. Using Condorcet (Pairwise Comparisons) f. Using Extended Rankings g. Using Plurality with Runoff h. Fairness Criterion and Arrow's Theorem i. Using Approval Voting j. Using Weighted Voting Systems k. Computing Power Index (Banzhaf) l. Computing ShapleyShubik Power Index
b. Defining a Geometric Sequence with Recursion c. Writing Terms from Recursion form d. Basic Growth And Decay Problems e. Applying Iteration f. Iterative Fractals g. Simple Vs. Compound Interest h. Calculating Compound Interest Word Problems i. Define a graph and its parts j. Finding Bridges, Loops, and Multiple Edges k. Identifying if Graph has an Open or Closed Unicursal Tracing l. Applying Euler's Graph Theory m. Solving Euler Path/Circuit Word Problems n. Using and Identifying Trees o. Find the Number of Spanning Trees (simple cases) p. Find Minimum Spanning Trees Using Kruskal's Algorithm q. Find Minimum Spanning Trees Using Prim's Algorithm r. Find Minimum Spanning Trees Using Dijkstra's Algorithm s. Check Digits t. Weighted Check Digits u. Using Codabar v. Postnet Bar Codes
b. Identifying the Best Fit Equation type from a Data Set or a Scatterplot c. Identifying the Slope from a Data Set or Scatterplot d. Predicting a Value according to a Data Set or Scatterplot e. Finding best fit for scatterplots of a Logarithmic Function f. Finding best fit for scatterplots of a Linear Function g. Finding best fit for scatterplots of a Quadratic Function h. Finding best fit for scatterplots of a Polynomial Function i. Finding best fit for scatterplots of a Exponential Function
b. Determining Amplitude in Graph and Equation c. Writing Equations of Amplitude and Vertical Stretch Changes d. Sketching Graphs with Amplitude Changes, Vertical Stretches, and Vertical Flips e. Determining Period in Graph and Equation f. Writing Equations of Period Changes g. Sketching Graphs with Period Changes h. Determining Phase Shift in Graph and Equation i. Writing Equations of Phase Shift Changes j. Sketching Graphs with Phase Shift Changes k. Determining Vertical Shift in Graph and Equation l. Writing Equations of Vertical Shift Changes m. Sketching Graphs with Vertical Shift Changes n. Sketch the Graph of a Trigonometric Function o. Writing Equations of Trigonometric Functions From Graphs p. Graphing Cos/Sin by Chart q. Graphing Sec/Csc by Chart r. Graphing Tan/Cot by Chart s. Finding key values in Compound Trigonometric Functions

b. Reading BoxandWhisker plots c. Displaying Data using Line Graphs d. Reading Line Graphs e. Displaying Data using Bar Graphs f. Reading Bar Graphs g. Displaying Data using Histograms h. Reading Histograms i. Displaying Data using Frequency Distribution Chart j. Reading Frequency Distribution Chart k. Displaying Data using Circle Graphs l. Reading Circle Graphs m. Displaying Data using Scatterplots (Scattergrams) (limit 10 problems) n. Reading Scatterplots (Scattergrams) (limit 10 problems) o. Displaying Data using Picture Graphs p. Reading Picture Graphs q. Displaying Data using Stem and Leaf Plots r. Reading Stem and Leaf Plots
b. Sample Survey c. Experiment d. Observational Study

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