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Wood Working Tools 6

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What is the primary function of a router table in woodworking?

a)
To connect multiple devices in a network.
b)
To cut wood into specific lengths.
c)
To sand surfaces of wooden pieces.
d)

To provide greater precision and control when using a

router, especially for creating edge profiles, grooves, and

decorative moldings.

2.

Why is a router table particularly useful for tasks requiring

accuracy or repetitive cuts?

a)
A router table is best for creating decorative edges and profiles.
b)

Because it allows the woodworker to move the

workpiece against the spinning bit while keeping both hands

free for better control.

c)
A router table is primarily used for sanding and finishing surfaces.
d)
A router table is mainly designed for cutting large sheets of material.
3.

What types of cuts can be made with a router table?

a)
Ripping cuts, cross-grain cuts, face cuts, notches, flutes.
b)
Curved cuts, plunge cuts, crosscuts, miters, splits.
c)

Answer: Edge profiles, grooves, dadoes, rabbets, and

decorative moldings.

d)
Straight cuts, bevel cuts, chamfers, slots, tenons.
4.

What is the primary function of a jointer in woodworking?

a)
To drill holes for joining pieces.
b)
To sand surfaces to a smooth finish.
c)

To create flat and straight edges on boards, making

them ready for precise joinery or further processing.

d)
To cut intricate designs in wood.
5.

Why is the jointer often the first step in preparing rough-sawn

lumber?

a)
The jointer is used to add decorative patterns to the lumber.
b)
The jointer helps in drying the lumber more quickly.
c)
The jointer is primarily for sanding the surface of the lumber.
d)

Because it flattens one face and squares one edge,

setting the stage for subsequent operations like thickness

planing or table sawing.

6.

What is the primary function of a thickness planer?

a)
To cut wood into smaller pieces.
b)
To sand wood surfaces smoothly.
c)

To create boards of uniform thickness by shaving off

thin layers from the surface.

d)
To join multiple boards together.
7.

How does a thickness planer ensure that both faces of a board

are parallel?

a)
A thickness planer uses a laser to measure the board's thickness before cutting.
b)

It shaves off material from one face of the board to

match the opposite face, ensuring parallelism.

c)
A thickness planer relies on gravity to keep the board aligned during the process.
d)
A thickness planer adjusts the speed of the blades to ensure parallelism of the board.
8.

Why is the thickness planer particularly useful when working

with rough-sawn lumber?

a)
The thickness planer enhances the color of rough-sawn lumber.
b)
The thickness planer is used to cut lumber into smaller pieces.
c)
The thickness planer adds decorative patterns to rough-sawn lumber.
d)

It transforms uneven, rough surfaces into smooth,

dimensionally accurate boards.

9.

What is the main advantage of using a drill press over a

handheld drill in woodworking?

a)
A drill press is lighter and easier to transport.
b)
Using a drill press allows for faster drilling speeds.
c)

A drill press offers greater precision and control,

allowing for accurate depth, angle, and position of the holes.

d)
A drill press can operate without any power source.
10.

What types of woodworking tasks are best suited for a drill

press?

a)
Sanding wood surfaces, applying finishes, and assembling furniture.
b)
Cutting large boards, shaping edges, and routing grooves.
c)

Drilling dowel holes, mortises, or holes for hardware

installation.

d)
Drilling large holes, mixing paint, and polishing surfaces.