Reading Radar Slides Reading Radar
Activating Metacognitive Systems
The Internal Monitor
How do you know when you're actually "reading"?
The "Click"
• The "movie" is playing in your head.
• You can predict what's next.
• Meaning is smooth and easy.
The "Clink"
• The "movie" stops or gets blurry.
• You're just "saying" words in your head.
• You realize you've been daydreaming.
Warning: System Failure
Identifying the Breakdown
Word Gap
I don't know what this specific word means.
Knowledge Gap
I don't understand the topic or situation.
Logic Gap
I understand the words, but the sentence is weird.
Focus Gap
I got distracted and lost the thread of the story.
"You can't fix a machine until you know which part is broken."
The Fix-Up Manual
Strategies to restart the "Click"
Rewind
Reread the previous paragraph. Where exactly did the signal drop?
Consult
Look up a word, check a map, or ask a peer for the "backstory."
Map It
Draw a quick sketch of what you *do* understand to find the hole.
Reading is Thinking. Not just saying words.
Reading Radar Anchor Chart Reading Radar
The Comprehension Monitoring System
The Click
The signal is clear. Meaning is flowing.
The "movie" is playing in your head.
You know what the characters are doing.
You can connect ideas to your own life.
The Clink
The signal is jammed. Meaning has stopped.
The "movie" gets blurry or stops.
You're just "barking at print" (saying words).
Your mind is wandering somewhere else.
Fix-Up Manual
Rewind & Reread
Go back 2-3 sentences. Read it again slowly.
Investigate Words
Find context clues or look it up. Don't skip it!
Ask Questions
Stop and ask: "Wait, who is this guy?" or "Why did she do that?"
Visualize / Sketch
Try to draw what's happening to find the missing piece.
Monitor. Detect. Repair.
"Good readers don't understand everything—they just know when they don't."
Reading Radar Worksheet Reading Radar Training Log
Metacognitive Monitoring Practice
Name:
Date:
Part 1: Spot the Signal
Read the following reading scenarios. Determine if the reader is experiencing a CLICK (clear understanding) or a CLINK (breakdown).
"I just finished the page. I know the main character is angry at his brother for losing the keys, and I'm curious what he'll do next."
Click
Clink
"I realized I've been looking at the same paragraph for three minutes. I was thinking about what I'm going to eat for dinner tonight."
Click
Clink
"The author used the word 'ostentatious' three times. I'm not sure if that's a good thing or a bad thing, so I'm not sure if the character is being insulted."
Click
Clink
Part 2: Run Diagnostics
Match the reader's complaint to the correct Breakdown Category by writing the letter in the blank.
1. ____
"I know what all the words mean, but the sentence is so long and twisty that I lost track of the subject."
2. ____
"They are talking about 'macro-economics' and 'fiscal policy.' I have no idea how those things work in real life."
3. ____
"I have no idea what 'recalcitrant' means, and it's the main word describing the hero."
4. ____
"The room is too loud. I read the whole page but I don't remember a single thing."
Category A
Word Gap
Missing vocabulary meaning.
Category B
Knowledge Gap
Missing background info.
Category C
Logic Gap
Confused by structure/grammar.
Category D
Focus Gap
External or internal distraction.
Part 3: The Repair Lab
Read the complex passage below. When you hit a RADAR STOP [!], check your signal. If it's a "Clink," apply a fix-up strategy.
The Atmospheric Engine
Early inventors sought to harness the immense power of steam to solve the problem of water flooding the deep coal mines of England. Thomas Newcomen, in 1712, developed the first truly successful atmospheric engine. Unlike modern high-pressure steam engines, Newcomen's device relied on creating a partial vacuum within a massive cylinder. RADAR STOP [1] Steam was injected into the cylinder and then condensed by a spray of cold water. This caused the pressure inside to drop, allowing the weight of the atmosphere outside to push the piston down.
While revolutionary, the machine was incredibly inefficient. Because the cylinder had to be cooled and then reheated for every single stroke, it consumed vast quantities of coal. It was, essentially, a thermodynamic brute—powerful but wasteful. RADAR STOP [2]
Reading Radar Answer Key Reading Radar Answer Key
Teacher Reference Guide
Internal Use Only
Part 1: Spot the Signal
Scenario 1 (Angry character/lost keys):
CLICK
Reasoning: The reader has a clear mental model (the "movie") and is engaged/curious about the future plot.
Scenario 2 (Dinner daydream):
CLINK
Reasoning: Focus Gap. The reader is looking at text but processing external thoughts.
Scenario 3 ('Ostentatious' vocabulary):
CLINK
Reasoning: Word Gap. Missing word meaning prevents understanding tone/character dynamics.
Part 2: Run Diagnostics
1. "Twisty sentence structure" Category C (Logic Gap)
2. "Macro-economics/fiscal policy" Category B (Knowledge Gap)
3. "'Recalcitrant' vocabulary" Category A (Word Gap)
4. "Loud room/distraction" Category D (Focus Gap)
Part 3: The Repair Lab
Radar Stop [1] Analysis
Likely Clink: "Thomas Newcomen... developed the first truly successful atmospheric engine... relied on creating a partial vacuum."
Possible Diagnostics:
Knowledge Gap: Don't know how a "partial vacuum" or a "piston" works.Word Gap: "Atmospheric" or "Cylinder" might be unfamiliar in this context.
Fix-Up: "Visualize" is highly effective here—sketching a tube (cylinder) with a moving part (piston) helps.
Radar Stop [2] Analysis
Phrase Analysis: "Thermodynamic brute."
Answer: Based on the context "powerful but wasteful" and "consumed vast quantities of coal," the machine is a "brute" because it is very strong/powerful, but it isn't "smart" or efficient—it just uses sheer force (heat/steam) to get the job done.
Teacher Note
In an intervention setting, focus less on "correct" answers and more on the student's ability to explain *where* they stopped and *why*. The goal is making the invisible process of confusion visible.
