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CO₂ Dragster Build Procedures

Total questions: 26

Worksheet time: 20mins

Name
Class
Date
1.

For CO₂ Dragster construction, what is the Drill Press used for?

a)

Extruding Axle Holes

b)

Cutting Large Holes for Dragster Body

c)

Shaping Dragster Body

d)

Intricate/Curved Cuts for Dragster Body

2.

For CO₂ Dragster construction, what is the Bandsaw used for?

a)

Extruding Axle Holes

b)

Cutting Large Holes for Dragster Body

c)

Long Straight Cuts for Dragster Body

d)

Intricate/Curved Cuts for Dragster Body

3.

For CO₂ Dragster construction, what is the Scroll Saw used for?

a)

Extruding Axle Holes

b)

Cutting Large Holes for Dragster Body

c)

Long Straight Cuts for Dragster Body

d)

Intricate/Curved Cuts for Dragster Body

4.

For CO₂ Dragster construction, what is the Belt/Disc Sander used for?

a)

Shaping Dragster Body

b)

Cutting Large Holes for Dragster Body

c)

Long Straight Cuts for Dragster Body

d)

Intricate/Curved Cuts for Dragster Body

5.

For CO₂ Dragster construction, what is the Milling Machine used for?

a)

Long Straight Cuts for Dragster Body

b)

Shelling and Cutting Large Holes in Dragster Body

c)

Smoothing the surface of Dragster Body

d)

Intricate/Curved Cuts for Dragster Body

6.

What size drill bit should be used to extrude axle holes for Dragster Body?

a)

3/16"

b)

3' 16"

c)

7/32"

d)

7/32'

7.

Which of these action(s) should be performed before using the drill press to extrude material?

a)

Lower the drill bit (while OFF) to ensure it doesn't contact the platform

b)

Make sure the drill bit is securely tightened with Chuck Key

c)

Make sure drill bit rotates straight.

d)

Clean off debris from drill bit

e)

Spray platform with water

8.

After the axle hole is extruded, the operator should do this before removing the dragster blank.

a)

Power OFF drill and wait for drill to stop moving

b)

Make sure the drill bit is securely tightened with Chuck Key

c)

Remove C-Clamp and reach for dragster blank.

d)

Clean off debris from drill bit

9.

Before using the Bandsaw, the operator should...

a)

Make sure guard is secured at the correct height.

b)

Make sure nobody is inside the Safety Zone

c)

Hold the dragster blank with free hand.

d)

Have a partner stand behind the machine to grab the blank.

10.

When cutting dragster blank, it's better to...

a)

Leave some clearance, by cutting outside the marked lines.

b)

Cut exactly on the line as accurately as possible.

c)

Cut inside the marked lines.

d)

Turn dragster blank while cutting to make curved cuts.

11.

After the cut is completed with the bandsaw, the operator should...

a)

Power OFF machine, and wait for blade to stop.

b)

Reach onto the platform and remove debris.

c)

Adjust the guard height.

d)

Wipe platform with a paper towel to clean it.

12.

When operator Disc Sander, the operator should...

a)

Keep the dragster blank flat on platform.

b)

Use the downward side of the disc.

c)

Use the upward side of the disc.

d)

Use the Center of the disc.

13.

Which method is best in order to smooth out the surface of the dragster body?

a)

Hand Sanding with sand paper.

b)

Use the Bandsaw to cut along rough surfaces.

c)

Use Scroll Saw to trim rough curved surfaces.

d)

Use Belt/Disc Sander to remove material from rough surfaces.

14.

What should be done to shorten the length of axles?

a)

Secure on Vice, cut with Hacksaw

b)

Cut with Bandsaw

c)

Slowly trim down with Disc Sander

d)

Cut with Scroll Saw

15.

In CO₂ Dragster construction, what is this tool used for?

a)

Cutting Steel Axles

b)

Long straight cuts on Dragster Body

c)

Curved cuts on Dragster Body

d)

Shelling Dragster Body

16.

What is the purpose of this tool in CO₂ Dragster construction.

a)

Securing Axles/Wheels for cutting

b)

Securing Dragster Body for Bandsaw

c)

Securing Dragster body for Belt/Disc Sanding

d)

Securing Dragster body for Scroll Saw

17.

Where do these brass washers go for CO₂ Dragster?

a)

On Axle in between wheel and dragster body.

b)

Underneath dragster to secure fish line.

c)

On the inside of cartridge hole.

d)

Inside the dragster for Shell Designs only.

18.

Order these CO₂ Dragster build procedures the most appropriate sequence.

a)

Trace Dragster Profile on Dragster Blank

b)

Drill Axle Holes

c)

Perform Cuts on Dragster Body

d)

Shape Dragster

e)

Smooth out Dragster Body

1)
2)
3)
4)
5)
19.

Match the following:

a)

1.

Drill Press

b)

2.

Bandsaw

c)

3.

Scroll Saw

d)

4.

Belt/Disc Sander

e)

5.

Milling Machine

20.

Match the following:

a)

1.

Vice

b)

2.

Hacksaw

c)

3.

Clamp

d)

4.

Dremmel

e)

5.

Chuck Key

21.

What is this tool used for?

a)

Securing Drill Bits into the Chuck of a Drill Press

b)

Loosening the guard on a Bandsaw

c)

Unlocking the Scroll Saw

d)

Raising and Lowering Milling Maching

22.

In CO₂ Dragster construction, where do these Screw Eyes go?

a)

Attached to the lowest points near front and back of Dragster bottom.

b)

Attached above dragster body near Spoilers.

c)

Attached behind dragster near Cartridge Hole.

d)

Attached on the Side of Dragster body near Axle Holes.

23.

Match the following:

a)

1.

Screw Eyes

b)

2.

Brass Washers

c)

3.

Large Wheels

d)

4.

Small Wheels

e)

5.

Axles

24.

For Enhanced Precision Specs of CO₂ Dragster, the Mass should be between​ ​ (a)   and​ ​ (b)   .​

Choose from the below words
45 grams
48 grams
50 grams
52 grams
55 grams
58 grams
60 grams
25.

For Enhanced Precision Specs of CO₂ Dragster, the body length should be between​ ​ ​ (a)   and​ ​ (b)   .​

Choose from the below words
275 mm
280 mm
285 mm
290 mm
295 mm
300 mm
305 mm
26.

In CO₂ Dragster construction, there should be a minimum of ​ (a)   clearance on all sides of the cartridge hole.

Choose from the below words
2 mm
3 mm
4 mm
5 mm
6 mm
7 mm