Worksheet

Inside the Inspection Round: Word Relationships

Interpret word relationships in a school robotics report, including categories, functions, sequences, and complementary actions.

Grade 8ELAInteractive · Printable

Aligned toL.8.5.b

Play online Play as a game

PrintLetter-size worksheet Answer keyPrintable answers

Assign to classAssign to your classes, or get a join code

What’s included

Single worksheet
Auto-graded online
1 Common Core standard
Printable answer key
13 questions
Classroom-ready

Details

Format: Interactive · Printable
Grade: Grade 8
Subject: ELA
Question types: Multiple choice, Circle the answer, Sorting, Short answer

About this worksheet

What students practice

Students use category, function, and sequence relationships to interpret words in context.
Students distinguish complementary actions and related words with different levels of precision.
Students explain how relationships between words clarify technical vocabulary.

How to use

Have students read the report independently and mark connected words. Discuss how each relationship helps establish meaning before reviewing answers.

Curriculum

Common Core standard covered

L.8.5.b

Use the relationships between particular words to understand each word better.

Preview

OwlSheets.com

Name Date

Inside the Inspection Round: Word Relationships

Use connections between words to interpret a school news report.

Read the report

Read this school news report. Notice how related words explain unfamiliar terms.

Inspection Round Puts Design Choices to the Test

1At Saturday’s student robotics competition, Bellwick Middle School entered a machine designed to inspect small packages. The challenge was not simply to move boxes quickly. Each robot had to measure a package, classify it by size, and place it in the correct collection area. Reporters could watch the inspection round from a marked aisle beside the competition floor.

2Before the round, Tamsin displayed the team’s prototype beside its competition robot. The prototype was an early working model used to test ideas before the final machine was built. A label beside each machine listed its dimensions. Visitors could examine both machines without entering the competition area. Nabil, the team’s programmer, answered questions while Tamsin checked the inspection schedule.

3The final robot carried a sensor that measured distance and a gripper that held packages. Nabil explained the distinction through their jobs: the sensor detected an object; the gripper grasped it. Both were components of the robot, but they were not interchangeable. A sensor could supply information without moving a package, while the gripper could move a package without deciding which collection area it belonged in.

4During inspection, a judge asked the team to calibrate its measuring system. The students compared the robot’s readings with a known reference and adjusted them to agree. They then verified the adjustment by measuring a different test box. Calibration changed the system; verification checked the result. The judge recorded both steps separately, so completing one did not count as completing the other.

5In the round itself, the robot grasped each box at the inspection point and released it over a collection area. These complementary actions formed the beginning and end of a single carrying cycle. One unusually broad box triggered a pause. Instead of calling the interruption a malfunction, Tamsin identified an obstruction: a loose divider physically blocked the route. Removing the divider allowed the machine to continue without repairs.

6Bellwick finished behind two teams but received a commendation for its explanation of the design. In the team’s notes, “award” was the broad heading; “commendation” named the particular recognition it received. Afterward, Nabil replaced the vague note “the robot handles boxes” with three precise verbs: “measures, classifies, transports.” The revised wording gave readers a sequence they could follow, even if they had never attended a robotics competition.

In paragraph 2, the relationship between “prototype” and “final machine” suggests that a prototype is which of the following?

A. A working version developed before a finished design
B. A measuring instrument used to record dimensions
C. A spare machine reserved for use during repairs
D. A display copy built after the competition ends

Underline the sentence from paragraph 2 that establishes the prototype’s place in the design process.

Before the round, Tamsin displayed the team’s prototype beside its competition robot.The prototype was an early working model used to test ideas before the final machine was built.A label beside each machine listed its dimensions.Visitors could examine both machines without entering the competition area.Nabil, the team’s programmer, answered questions while Tamsin checked the inspection schedule.

Analyze the connections

Use the report to identify each word relationship. Choose one answer for each multiple-choice question.

Paragraph 3 connects a sensor with detecting and a gripper with grasping. What does this relationship help readers understand?

A. Each action is explained through its opposite action.
B. Each device is explained through the task it performs.
C. Each device is named for the material used to make it.
D. Each action is ranked by the effort needed to perform it.

In paragraph 3, “components” includes both the sensor and the gripper. Which conclusion follows from that relationship?

A. Components can have different jobs within one larger machine.
B. Components are instructions that control a finished machine.
C. Components are materials left over after a machine is built.
D. Components must perform the same task to belong together.

Which pair follows the same device → function relationship as sensor → detect?

A. thermometer → temperature
B. thermometer → measure
C. thermometer → glass
D. thermometer → instrument

How does the relationship between “calibration” and “verification” in paragraph 4 clarify their meanings?

A. Calibration records a reading; verification gives that reading a name.
B. Calibration selects a design; verification builds a second working model.
C. Calibration makes an adjustment; verification tests the resulting accuracy.
D. Calibration finds a package; verification carries it to another place.

Use paragraph 4 to classify these actions. Decide whether each action calibrates the system or verifies its accuracy afterward.

Test a different known box to confirm that the adjusted readings are accurate.Change the distance setting until its reading agrees with a known reference.Correct a measurement offset by comparing the reading with a reference.Check the adjusted system against another reference without changing its settings.

Calibrate	Verify

In paragraph 5, what does the relationship between “grasped” and “released” reveal about releasing a box?

A. It identifies the destination before the box can be grasped.
B. It strengthens the hold that began when the box was grasped.
C. It ends the hold that began when the box was grasped.
D. It measures the force needed before the box can be grasped.

Which pair describes complementary actions that begin and end a connection, like grasp → release?

A. attach → detach
B. assemble → test
C. notice → recognize
D. inspect → examine

10.

In paragraph 5, how does choosing “obstruction” rather than “malfunction” make Tamsin’s explanation more precise?

A. It identifies a delayed announcement rather than an incorrect competition score.
B. It identifies a blocked path rather than a machine failing to work properly.
C. It identifies a programming instruction rather than an inspection requirement.
D. It identifies a faulty measurement rather than a damaged package.

11.

Which statement correctly describes the relationship between “award” and “commendation” in paragraph 6?

A. An award is one particular kind of commendation.
B. An award is the action that causes a commendation.
C. A commendation is the action that reverses an award.
D. A commendation is one particular kind of award.

12.

Nabil’s final note lists “measures, classifies, transports.” How does “measures” help clarify “classifies” in this sequence?

A. Measuring releases a box after the robot finishes carrying it.
B. Measuring repairs a box before the robot checks its contents.
C. Measuring moves a box to the destination chosen by the gripper.
D. Measuring supplies size information used to place a box in a group.

13.

A student says, “Because detect and grasp describe things the robot does with a package, they mean the same thing.” Explain the mistake using the devices and their functions in paragraph 3. Then describe one situation in which the robot could detect a package without grasping it.