Linked from

The 44 pages that link to Formative assessment, each with the reason it gives.

• Universal design for learningRelated: Frequent evidence helps identify barriers before final evaluation.

• Physical educationRelated: Teachers use ongoing evidence of performance to adjust tasks and feedback.

• Educational psychologyRelated: It turns evidence of current understanding into adjustments to teaching.

• Academic achievementRelated: It tracks developing achievement and helps address learning gaps early.

• Instructional designRelated: Its evidence helps designers revise instruction before final outcomes are judged.

• Science educationRelated: It helps teachers adapt explanations and activities to students’ developing understanding.

• Mathematics educationRelated: Its evidence helps teachers adjust explanations, tasks, and support while learning is underway.

• PedagogyRelated: Its feedback loop lets teaching respond to evidence of learning.

• Differentiated instructionRelated: Ongoing evidence reveals when planned adjustments are needed.

• Learning by doingRelated: Timely feedback reveals gaps between an attempted action and its intended result.

• TextbookRelated: Questions and quizzes can reveal misunderstandings before a unit ends.

• Communicative language teachingRelated: Teachers can use observation of interaction to adjust support and feedback.

• Language assessmentRelated: Frequent feedback can adjust instruction before final judgments are made.

• Mastery learningRelated: Frequent checks reveal which objectives need correction or further practice.

• Primary educationRelated: Frequent feedback helps teachers respond to varied levels of early skill development.

• Self-regulated learningRelated: Frequent evidence of understanding supports timely adjustments to strategies and effort.

• Educational measurementRelated: Frequent evidence can guide immediate instructional adjustments.

• Matthew effectRelated: Frequent evidence of progress can reveal emerging gaps before they compound across school years.

• Health educationRelated: It helps educators adjust health teaching before a course or program ends.

• Japanese language educationRelated: Frequent feedback helps teachers target gaps in Japanese proficiency.

• Benjamin BloomRelated: Bloom argued that feedback and corrective instruction could help students overcome learning difficulties.

• Testing effectRelated: Frequent low-stakes retrieval can both reveal progress and support retention.

• Blended learningRelated: Frequent online checks can inform what instructors address during in-person sessions.

• Child-centered educationRelated: Frequent feedback helps teachers respond to learners’ changing needs.

• TeacherRelated: Teachers use ongoing evidence to adjust instruction before final evaluation.

• AndragogyRelated: Ongoing feedback helps learners and facilitators adjust goals and activities before final evaluation.

• Educational researchRelated: Research tests how ongoing feedback and assessment affect learning processes.

• TutoringRelated: Tutors use it to spot misunderstandings and adjust instruction before the session ends.

• English as a Second or Foreign LanguageRelated: Frequent feedback helps teachers adjust lessons to learners' developing English proficiency.

• Chemistry educationRelated: Short explanations and predictions expose misunderstandings while there is still time to address them.

• Primary schoolRelated: Frequent feedback helps teachers adjust lessons before misunderstandings accumulate.

• Robert M. GagnéRelated: Assessing performance helps establish whether the intended capability has been learned.

• Competence-based educationRelated: Frequent feedback helps learners identify gaps before final competency judgments.

• Educational technologyRelated: Digital checks and feedback can help instructors adapt instruction while learning is underway.

• Instructional strategiesRelated: Evidence gathered during a strategy can determine what teachers reteach or extend.

• K-12 teachersRelated: Its evidence helps teachers adjust instruction before a unit or course ends.

• K–12 studentsRelated: Teachers use it to adjust instruction as students learn.

• Physics educationRelated: Frequent evidence of student thinking lets instructors adjust explanations and activities.

• Teaching English as a Second or Foreign LanguageRelated: Frequent feedback helps teachers adjust instruction to learners’ developing English.