Partnership for Assessment of Readiness for College and Careers (PARCC) Assessment Practices and Mathematical Reasoning Syllabus

What does a PARCC Type III task assess?

Type III tasks assess 'Modeling and Applications'—applying mathematics to real-world problems by modeling, interpreting, and connecting multiple concepts.

How are PARCC Type III tasks scored compared to Type I?

Type III uses a modeling/application rubric that credits the modeling process, interpretation, and accuracy, whereas Type I is machine-scored for correct answers/procedures.

Match each PARCC math task type to its emphasis: Type I, Type II, Type III.

Type I = concepts, skills, and procedures; Type II = expressing mathematical reasoning; Type III = modeling and applications.

Which PARCC math task types are hand-scored against rubrics rather than purely machine-scored?

Type II (reasoning) and Type III (modeling) include human/rubric scoring of student-constructed responses; Type I is primarily machine-scored.

On a computer-based PARCC test, how do students typically enter mathematical expressions or equations?

Using the on-screen equation editor (math response/equation tool) with its symbol palette, rather than typing plain text.

What is the 'drag-and-drop' item type on computer-based PARCC, and how should it be used?

An item where students drag answer tiles into target zones; students should place each tile fully into its drop region and verify it locked before moving on.

On the PARCC computer-based platform, what does the 'flag for review' tool do?

It marks a question so the student can quickly return to it later within the same unit using the review screen before submitting.

Why must students answer items within the correct unit/section on computer-based PARCC?

Once a unit is submitted, it is locked; students cannot return to a previous unit, so all flagged items must be finished before ending that unit.

Name common computer-based PARCC tools available during the math test.

Equation/answer editor, online calculator, ruler/protractor, line reader/mask, highlighter, notepad, eliminator (cross-off), zoom, and flag-for-review.

On PARCC, what determines whether an online calculator is available for a given section?

The section is designated calculator or non-calculator; the online calculator (grade-appropriate: four-function, scientific, or graphing) appears only in calculator-permitted sections.

What is the difference between an accessibility 'feature' and an 'accommodation' on PARCC?

Accessibility features are available to all students (e.g., highlighter, zoom, eliminator), while accommodations are documented supports (e.g., in an IEP/504/EL plan) provided only to eligible students.

Give examples of PARCC accommodations for students with disabilities or English learners.

Extended time, text-to-speech/read-aloud, braille or large-print forms, scribe, assistive technology, and (for ELs) word-to-word bilingual dictionaries or translated directions.

What is text-to-speech (TTS) on PARCC and who uses it?

A feature that reads test content aloud through the computer; it is available as an accessibility feature for some content and as a documented accommodation for eligible students.

What is the 'answer masking' / line reader accessibility tool used for?

It hides or focuses portions of the screen so a student can concentrate on one line or section at a time, reducing visual distraction.

How many performance levels does PARCC report, and what are they?

Five levels: 1 = Did Not Yet Meet Expectations, 2 = Partially Met, 3 = Approached, 4 = Met Expectations, 5 = Exceeded Expectations.

On PARCC, which performance level(s) indicate a student is on track / college-and-career ready?

Level 4 (Met Expectations) and Level 5 (Exceeded Expectations) indicate the student met or exceeded grade-level expectations.

What is the approximate scale-score range for PARCC summative reports?

Scale scores range from 650 to 850, with 750 generally marking the cut for Level 4 (Met Expectations).

What is a 'cut score' in PARCC scoring?

A threshold scale score that separates one performance level from the next, used to classify students into Levels 1–5.

On PARCC, how does raw performance get converted into a reported result?

Raw points from machine- and human-scored items are combined and statistically scaled to a 650–850 scale score, which is then mapped to one of the five performance levels via cut scores.

What is a recommended time-management strategy across PARCC's timed units?

Budget time per item based on the unit's length and point value, answer easier items first, flag harder ones, and reserve a few minutes at the end of each unit for review before it locks.

Why is pacing per unit (rather than per whole test) critical on PARCC?

Each unit is separately timed and locks on submission, so leftover time in one unit cannot be carried to another—students must finish each unit within its own window.

How should a student handle a very difficult question to manage time on PARCC?

Flag it, make a best attempt or eliminate wrong options, move on to gather easier points, and return to it before the unit closes.

What does it mean to 'show evidence' in a PARCC Type II/III response?

To support each claim with mathematical work, computations, justifications, and references to given information so a scorer can trace the reasoning.

In constructed responses, what does 'annotation' refer to?

Marking up the problem and one's own work—labeling steps, defining variables, noting units, and explaining reasoning—so the solution is clear and self-justifying.

Why does a correct final answer alone often earn only partial credit on PARCC reasoning/modeling tasks?

Rubrics award points for the quality of the reasoning, justification, and process; without shown evidence and explanation, the full reasoning credit cannot be given.

What kind of evidence best supports a mathematical argument on a Type II task?

Logical justification grounded in definitions, properties, and worked steps—not just restating the result or giving an example when a general claim is required.

What is the purpose of an error-checking/review step before submitting a PARCC unit?

To catch computational mistakes, unanswered or partially answered items, mis-entered equation-editor responses, and unit/answer mismatches while changes are still possible.

Name an effective error-checking technique for a numerical answer.

Re-estimate the expected magnitude and check units; substitute the answer back into the original equation or context to confirm it is consistent.

When reviewing a multi-step PARCC problem, what is a key error to look for first?

Misreading the question or a sign/unit error early in the work, since an early mistake propagates through every later step.

Before ending a PARCC unit, what should a student confirm about flagged items?

That every flagged item has been revisited and fully answered (including all parts and correctly entered responses), because the unit cannot be reopened after submission.