The learner will review fundamental aspects of milling with carbide.

Carbide Milling Fundamentals

Question 1 of 10

Carbide Milling Fundamentals

Correct!

Which of the following key elements does not pertain to milling?

Correct Answer

Constant chip thickness

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Which of the following key elements does not pertain to milling?

Your Answer

Correct Answer

Constant chip thickness

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Question 1 of 10

Carbide Milling Fundamentals

Select the term that best describes the feature in question on the cutter body in the illustration.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Correct Answer

Axial rake

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Your Answer

Correct Answer

Axial rake

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Question 1 of 10

Carbide Milling Fundamentals

Select the term that best describes the feature in question on the cutter body in the illustration.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Correct Answer

Lead angle

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Your Answer

Correct Answer

Lead angle

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

Select the term that best describes the feature in question on the cutter body in the illustration.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Correct Answer

Axial depth of cut

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Your Answer

Correct Answer

Axial depth of cut

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

Select the term that best describes the feature in question on the cutter body in the illustration.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Correct Answer

Radial width of cut

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Select the term that best describes the feature in question on the cutter body in the illustration.

question image

Your Answer

Correct Answer

Radial width of cut

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Question 1 of 10

Carbide Milling Fundamentals

When choosing the proper cutter diameter, the dimensions of the part will determine the best face milling diameter to use. The best cutter-to-part width ratio is _______ times the part width.

Question 1 of 10

Carbide Milling Fundamentals

Correct!

When choosing the proper cutter diameter, the dimensions of the part will determine the best face milling diameter to use. The best cutter-to-part width ratio is _______ times the part width.

Correct Answer

1 ½

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

When choosing the proper cutter diameter, the dimensions of the part will determine the best face milling diameter to use. The best cutter-to-part width ratio is _______ times the part width.

Your Answer

Correct Answer

1 ½

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Question 1 of 10

Carbide Milling Fundamentals

Select the most desirable cutter to workpiece position.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

Select the most desirable cutter to workpiece position.

question image

Correct Answer

A

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Select the most desirable cutter to workpiece position.

question image

Your Answer

Correct Answer

A

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

Which illustration depicts a negative angle of cutter entry?

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Question 1 of 10

Carbide Milling Fundamentals

Correct!

Which illustration depicts a negative angle of cutter entry?

question image

Correct Answer

A

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Which illustration depicts a negative angle of cutter entry?

question image

Your Answer

Correct Answer

A

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

Which angle of entry into a cut is recommended?

Question 1 of 10

Carbide Milling Fundamentals

Correct!

Which angle of entry into a cut is recommended?

Correct Answer

Negative angle of entry

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Which angle of entry into a cut is recommended?

Your Answer

Correct Answer

Negative angle of entry

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Question 1 of 10

Carbide Milling Fundamentals

Correct!

What determines the cutter angle of entry?

Correct Answer

The position of the centerline of the tool with respect to the workpiece

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Question 1 of 10

Carbide Milling Fundamentals

Incorrect

What determines the cutter angle of entry?

Your Answer

Correct Answer

The position of the centerline of the tool with respect to the workpiece

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Question 1 of 10

Carbide Milling Fundamentals

Select the term that best describes the feature in the insert of the illustration.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

Select the term that best describes the feature in the insert of the illustration.

question image

Correct Answer

Lead angle

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

Incorrect

Select the term that best describes the feature in the insert of the illustration.

question image

Your Answer

Correct Answer

Lead angle

 Next Question
Question 1 of 10

Carbide Milling Fundamentals

The illustration depicts conventional milling.

Question Image
Question 1 of 10

Carbide Milling Fundamentals

Correct!

The illustration depicts conventional milling.

question image

Correct Answer

False

 Finish
Question 1 of 10

Carbide Milling Fundamentals

Incorrect

The illustration depicts conventional milling.

question image

Your Answer

Correct Answer

False

 Finish
Question 1 of 10
Carbide Milling Fundamentals

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Published
12/2/2014
Last Updated
12/2/2014
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Carbide Milling Fundamentals by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.