The learner will identify angles and cutting methods.

Carbide Turning Tool Geometry Set 1

Name the type of angle shown.

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

Name the type of angle shown.

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Correct Answer

Top rake

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

Name the type of angle shown.

question image

Your Answer

Correct Answer

Top rake

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Name the type of top rake angle shown.

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

Name the type of top rake angle shown.

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Correct Answer

Neutral

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

Name the type of top rake angle shown.

question image

Your Answer

Correct Answer

Neutral

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Negative rake holders use ______ rake inserts.
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

Negative rake holders use ______ rake inserts.

Correct Answer

Neutral

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

Negative rake holders use ______ rake inserts.

Your Answer

Correct Answer

Neutral

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

An advantage of a negative rake tool holder is:
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

An advantage of a negative rake tool holder is:

Correct Answer

It provides more support for the insert

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

An advantage of a negative rake tool holder is:

Your Answer

Correct Answer

It provides more support for the insert

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

An advantage of positive rake cutting is:
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

An advantage of positive rake cutting is:

Correct Answer

All of the above

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

An advantage of positive rake cutting is:

Your Answer

Correct Answer

All of the above

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Top rake angles can be affected by the shape of the chip breaker.
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

Top rake angles can be affected by the shape of the chip breaker.

Correct Answer

T

 Next Question
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

Top rake angles can be affected by the shape of the chip breaker.

Your Answer

Correct Answer

T

 Next Question
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Name the type of angle shown.

Question Image
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

Name the type of angle shown.

question image

Correct Answer

Side rake

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

Name the type of angle shown.

question image

Your Answer

Correct Answer

Side rake

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Name the type of angle shown.

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

Name the type of angle shown.

question image

Correct Answer

Side clearance

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

Name the type of angle shown.

question image

Your Answer

Correct Answer

Side clearance

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Question 1 of 10

Carbide Turning Tool Geometry Set 1

As the lead angle increases, the chip thickness decreases.
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

As the lead angle increases, the chip thickness decreases.

Correct Answer

T

 Next Question
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

As the lead angle increases, the chip thickness decreases.

Your Answer

Correct Answer

T

 Next Question
Question 1 of 10

Carbide Turning Tool Geometry Set 1

When rough cutting on a/an _______ interrupted surface, a lead angle reduces tool breakage.

Question 1 of 10

Carbide Turning Tool Geometry Set 1

Correct!

When rough cutting on a/an _______ interrupted surface, a lead angle reduces tool breakage.

Correct Answer

Negative

 Finish
Question 1 of 10

Carbide Turning Tool Geometry Set 1

Incorrect

When rough cutting on a/an _______ interrupted surface, a lead angle reduces tool breakage.

Your Answer

Correct Answer

Negative

 Finish
Question 1 of 10
Carbide Turning Tool Geometry Set 1

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Published
1/30/2015
Last Updated
1/30/2015
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Carbide Turning Tool Geometry Set 1 by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.