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Tool Identification Test: Hand Tool Names and Terminology

20-question hand tool identification quiz-quick, free, instant results.

Editorial: Review CompletedCreated By: Kristofer BacklundUpdated Aug 23, 2025
Difficulty: Moderate
Grade: Grade 7
Study OutcomesCheat Sheet
Paper art depicting trivia quiz for high school students on hand tool mastery and safety protocols.

This tool identification test helps you name hand tools and match each to its use across 20 quick questions. See instant results with clear answers and pointers for what to review, then practice more with our tool recognition test or build skills in a carpentry quiz.

Which hand tool has a cross-shaped tip designed to fit cross-slot screws?
Hex key - hexagonal L-shaped driver
Torx driver - six-point star tip for Torx screws
Slotted screwdriver - single flat blade for straight slots
Phillips screwdriver - cross-shaped tip for cross-slot screws
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A tool with parallel jaws adjusted by a knurled worm screw to grip nuts and bolts is called a:
Pipe wrench - serrated jaws for round pipe
Box-end wrench - closed ring sized to a specific fastener
Slip-joint pliers - pivot shifts for two jaw widths
Adjustable wrench (crescent wrench) - jaw size set by a worm screw
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The claw on a claw hammer is primarily used for:
Pulling nails by leveraging under the nail head
Cutting thin sheet metal
Stripping electrical wire
Driving screws more efficiently
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Which pliers are best for cutting wire flush in tight spaces due to their angled cutting jaws?
Linesman pliers - heavy jaws for twisting and cutting
Needle-nose pliers - long jaws for reach and bending
Diagonal cutters (side cutters) - angled jaws for cutting wire
Slip-joint pliers - adjustable pivot for general gripping
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A hexagonal L-shaped driver used for socket head cap screws is commonly called a:
Allen key (hex key) - hexagonal L-shaped driver
Nut driver - screwdriver with a hex socket tip
Torx key - star-shaped driver
Spanner - tool for specific fastener designs
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Which saw is designed for cutting curves in wood with a narrow, replaceable blade in a U-shaped frame?
Keyhole saw - tapered blade for plunge cuts
Hacksaw - fine-tooth blade for metal
Coping saw - narrow blade in a U-frame for curves
Bow saw - coarse blade for rough cuts outdoors
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Which file has individually raised teeth best suited for shaping soft wood?
Rasp - coarse, individually raised teeth for wood
Bastard file - medium-cut general file
Half-round file - curved side for concave surfaces
Mill file - single-cut for smooth metal finishing
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A tool used to mark a shallow dimple to start a drill bit accurately on metal is a:
Drift pin - for aligning holes
Center punch - creates a starting dimple for drilling
Nail set - for sinking nail heads below surface
Cold chisel - for cutting metal by chiseling
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A backsaw with a fine blade held rigid by a spine and used with a miter box is called a:
Rip saw - hand saw optimized for cutting with the grain
Tenon saw - stiff-backed hand saw for precise cuts
Fret saw - very fine blade for intricate curves
Coping saw - thin blade in a C-frame for curves
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The term kerf refers to:
The amount of torque applied to a fastener
The width of material removed by a saw blade
The angle of the plane iron bevel
The length of the chisel handle
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Combination square components typically include a ruler blade and which head?
Only a center-finding head
A hammer head for striking
Only a protractor head
A 45-90 degree square head with a spirit level and scribe
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A dead blow hammer is designed to:
Deliver maximum spark on impact
Cut through hardened steel
Grip round stock securely
Minimize rebound using sand or shot inside the head
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A tool with a protractor-like body and a movable blade used to transfer angles is a:
Speed square - fixed triangle for quick marking
Try square - fixed 90 degree angle only
Miter box - guides a saw at fixed angles
Bevel gauge (sliding T-bevel) - transfers angles
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A tool used to enlarge and finish drilled holes to precise size using straight or helical flutes is a:
Countersink - creates a conical seat for screw heads
Reamer - precision tool for sizing holes
Step bit - drills incremental hole sizes
Auger bit - drills deep wood holes with screw point
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A Forstner bit is best described as a drill bit that:
Bores flat-bottomed holes with clean edges in wood
Drills long, deep holes with an auger screw point
Starts a hole in metal without a pilot
Cuts large rough holes rapidly through studs
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The marking tool that uses a hardened steel point to scratch fine layout lines on metal is a:
Chalk line - snaps long straight lines with chalk
Scribe - steel point for fine layout lines on metal
Awl - tapered point for starting holes in wood
Marking knife - fine blade for wood layout
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The tool used to remove burrs from the inside edge of a freshly drilled hole is a:
Deburring tool - swiveling blade to remove sharp edges
Die stock - holds a threading die
Taper reamer - lightly enlarges tapered holes
Counterbore - creates a flat-bottomed recess for bolt heads
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True or False: A left-hand drill bit can help remove a right-hand threaded broken fastener.
False
True
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Which screwdriver type resists cam-out better than slotted when properly matched to the fastener?
Spanner - twin pin tip
Tri-wing - specialty three-wing tip
Slotted - single blade prone to slipping
Pozidriv - improved cross tip with additional ribs
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A tool for cutting internal circles and scrollwork with a very fine blade and deep frame is a:
Hacksaw - for metal cutting
Japanese dozuki - back saw for precise straight cuts
Fret saw - deep frame for intricate scroll cuts
Keyhole saw - narrow blade for drywall openings
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Study Outcomes

  1. Identify common hand tools and describe their functions in industrial arts.
  2. Analyze proper safety protocols associated with hand tool usage.
  3. Apply correct handling techniques to ensure safe and effective tool operation.
  4. Evaluate the importance of maintenance practices for longevity and safety of hand tools.
  5. Demonstrate understanding of hand tool terminology to support effective communication in the workshop.

Hand Tool ID & Terminology Cheat Sheet

  1. Use Hand Tools for Their Intended Purpose - Always stick to each tool's superpower to avoid mishaps and keep your workflow smooth. Ditch the creativity of using a wrench as a hammer and keep those fingers safe!
  2. Inspect Tools Before Every Use - Take a minute to check for cracks, splinters or loose parts so you don't end up in an emergency room. A quick visual and tactile check can save you time and pain later!
  3. Suit Up with the Right PPE - Safety glasses, sturdy gloves and even hearing protection are your trusty sidekicks against flying debris and slips. It's like having a personal force field when you tackle tough jobs!
  4. Keep Your Workspace Clean and Organized - A clutter-free zone means fewer trips, stumbles or tool mix-ups. Think of it as your creative lab - tidy and ready for your next masterpiece!
  5. Store Tools Properly After Use - Lock 'em up in a dry, secure spot to prevent rust, damage or surprise injuries. Happy tools live longer and work better when they're pampered post-project!
  6. Always Cut Away from Your Body - Whether you're wielding a knife or a saw, directing the blade away from you is a simple trick to dodge nasty accidents. Stay sharp - both your blade and your wits!
  7. Keep Handles Clean and Dry - Oil or grease on tool grips equals slips and unexpected spins. Wipe down handles regularly so you stay in control, no matter how intense the task gets!
  8. Match the Right Tool to the Job - A perfectly sized screwdriver for its screw head isn't just satisfying - it's efficient and safe. Right tool, right job, happy you!
  9. Keep Cutting Tools Razor Sharp - Dull blades demand more force and love to slip when you least expect it. Sharpen regularly to slice smoothly and reduce effort.
  10. Secure Tools When Working at Heights - Use lanyards or tool belts to stop dropped objects from turning into free-falling hazards. Protect yourself and anyone below - you're the safety superstar!
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