Percent Increase and Decrease Quiz

3+ results

Exit Tickets Exit Slip, Editable Exit Ticket Templates, Formative Assessment K-3

Created by

These weekly exit tickets provide a simple and effective way to check student understanding at the end of each lesosn. What’s Included: ✔ Weekly Exit Ticket Templates ✔ Daily Response Boxes (Monday–Friday) ✔ Weekly Student Reflection Check-In ✔ Editable Version (type your own questions or prompts) ✔ Print-and-Go Templates These exit tickets work with any subject area, including: MathReadingWritingScienceSocial StudiesSimply add a daily prompt related to your lesson objective and have stud

K - 3rd

For All Subjects, Not Subject Specific

Editable R.A.C.E. Writing Strategy PPT & Scaffolded Practice

Created by

Hopscotch Learning Design

R.A.C.E. Writing Strategy: Guided Review & Practice PPTHelp students “race ahead” in their writing with this fully editable Canva presentation that walks them step-by-step through the R.A.C.E. framework—Restate, Answer, Cite, Explain. Engagement hooks (“Which Answer Wins?”) kick off each section, then students practice restating questions, choosing the best evidence, and writing full R.A.C.E. responses. Perfect for whole-class modeling, small-group stations, or digital instruction. What’s Inclu

3rd - 8th

For All Subjects, Writing, Writing-Essays

CCSS

RL.4.1

, RL.5.1

, RL.6.1

+32

Editable Morning Routine Visual Schedule Icons Autism Daily Checklist Template

Created by

MB Creations

Use editable morning routine visual schedule icons for classroom management and a daily checklist. Use this class schedule template editable on Canva, PowerPoint, and Keynote, to prepare your classroom at the beginning of the school year. Plus, students with Autism can use these editable schedule cards with home routines and at school. Make checklists for students to complete when they arrive at school and transition between activities. Edit whole-class daily schedules using editable templates a

PreK - 2nd

Classroom Community, For All Subjects, Social Emotional Learning