|
Colorado
|
HS.F-BF.A.2 - Write arithmetic and geometric sequences both recursively and with an explicit formula, use them to model situations, and translate between the two forms.
|
- I can identify a simple arithmetic or geometric pattern from Apex Legends data with guidance, and I can write part of the sequence in either recursive or explicit form
- I can explain my thinking with basic math vocabulary and use feedback to improve one step of my work.
|
- I can write arithmetic and geometric sequences in recursive and explicit forms for an Apex Legends situation, and I can translate between the two forms with some accuracy
- I can use the pattern to make a basic comparison between strategies and communicate my reasoning clearly.
|
- I can accurately model an Apex Legends scenario with arithmetic or geometric sequences, translate between recursive and explicit forms, and explain how the pattern supports a strategic decision
- I can include relevant calculations, choose reasonable accuracy, and revise my work using peer feedback.
|
- I can independently create and justify an Apex Legends strategy model using arithmetic and geometric sequences in both recursive and explicit forms, and I can clearly connect the pattern to a strong gameplay decision
- I can communicate my reasoning with precision, reflect on improvements, and use evidence to defend my strategy.
|
|
Colorado
|
HS.S-MD.B.7 - (+) Analyze decisions and strategies using probability concepts (e.g., product testing, medical testing, pulling a hockey goalie at the end of a game).
|
- I can identify a simple Apex Legends decision and name at least one possible outcome, but my comparison may be incomplete or need support
- I can use a basic probability idea with teacher or peer help, and I may need reminders to choose a reasonable level of accuracy or explain how my answer connects to the strategy.
|
- I can compare two Apex Legends strategies using probability information from a provided data set or class model, and I can explain which choice seems better
- I can create a simple equation, inequality, or count-based model to support my thinking, and I usually round or estimate with some awareness of measurement limits.
|
- I can analyze an Apex Legends strategy by using probability to compare multiple outcomes and justify a decision with evidence
- I can accurately create and solve an equation or inequality connected to the situation, and I can choose an appropriate level of accuracy when reporting results.
|
- I can independently analyze complex Apex Legends decisions with probability, clearly compare strategies, and justify the strongest choice using precise evidence
- I can connect my probability analysis to other math models from the project, communicate my reasoning clearly, and use sensible accuracy to make my recommendation reliable and easy to understand.
|
|
Colorado
|
HS.A-SSE.B.4 - Use the formula for the sum of a finite geometric series (when the common ratio is not 1) to solve problems. For example, calculate mortgage payments.
|
- I can identify a finite geometric pattern in an Apex Legends situation with help, and I can use the geometric series formula to find part of the total when the terms and ratio are given
- I can show my work with a basic equation or table, but my reasoning may be incomplete or may need support to connect the math to the strategy choice.
|
- I can use the formula for a finite geometric series to calculate a total from an Apex Legends scenario and explain what the total means for the strategy
- I can write a supporting equation or inequality, round my answer appropriately, and give a clear mathematical reason for one choice over another.
|
- I can independently use a finite geometric series to solve an Apex Legends strategy problem and explain how the sum affects a decision such as risk, resources, or placement
- I can connect my result to an equation or inequality, choose sensible accuracy for the data, and justify my strategy using accurate mathematical evidence.
|
- I can flexibly apply the finite geometric series formula to compare multiple Apex Legends strategies, interpret which option is strongest, and defend my recommendation with precise mathematical reasoning
- I can integrate a clear equation or inequality, explain the impact of rounding and data limits, and communicate my conclusion so others can understand and evaluate my decision.
|
|
Colorado
|
HS.N-Q.A.3 - Choose a level of accuracy appropriate to limitations on measurement when reporting quantities.
|
- I can report Apex Legends quantities with limited accuracy when I am given direct examples or support, but my rounding or units may be inconsistent
- I can share a basic strategy idea and listen to feedback, though I may need help explaining how my math evidence connects to my choice.
|
- I can choose an appropriate level of accuracy for most Apex Legends quantities and explain why my rounding makes sense for the data limits
- I can use math evidence from sequences, probability, equations, or geometric sums to support a strategy and communicate my thinking clearly with some prompting.
|
- I can consistently choose and justify a sensible level of accuracy for Apex Legends data, using rounding that matches the measurement limits and the situation
- I can connect my calculations to a strategy decision with clear mathematical reasoning, revise my work from peer feedback, and present my ideas so others can follow my thinking.
|
- I can independently choose the most appropriate level of accuracy for Apex Legends quantities and explain how that choice affects the meaning of my results
- I can combine sequences, geometric sums, probability, and equations or inequalities to make a strong strategy recommendation, communicate my reasoning persuasively, and reflect on how math improves my decisions and gameplay.
|
|
Colorado
|
HS.A-CED.A.1 - Create equations and inequalities in one variable and use them to solve problems. *Include equations arising from linear and quadratic functions, and simple rational and exponential functions.*
|
- I can identify a simple one-variable equation or inequality from an Apex Legends situation with help, and I can solve it when the steps are mostly shown for me
- I can use partial evidence from a strategy, but my explanation may be incomplete, and I may need support to choose an appropriate level of accuracy.
|
- I can create and solve a one-variable equation or inequality from an Apex Legends situation with some guidance, including a linear, quadratic, rational, or exponential context
- I can explain my strategy using evidence and choose a reasonable level of accuracy when reporting results.
|
- I can independently create and solve one-variable equations or inequalities from an Apex Legends situation, including linear, quadratic, rational, or exponential models
- I can justify why my solution fits the scenario, use appropriate accuracy, and explain how my math supports a stronger gameplay decision.
|
- I can flexibly create, solve, and interpret one-variable equations or inequalities from complex Apex Legends situations, including multiple representations or constraints
- I can compare options, defend the best strategy with precise evidence and appropriate accuracy, and clearly communicate how my mathematical reasoning improves decision-making.
|