Synthetic curve pass through defined data points and thus can be represented by

Q.

Synthetic curve pass through defined data points and thus can be represented by

A. Polynomial equations

B. Exponential equations

C. Partial differential equations

D. Differential equations

Answer & Explanation

Answer : Option: A

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Q.

The parabola is defined mathematically as a curve generated by a point that moves such that its distance from the focus is always__________the distance to the directrix.

A. Larger than

B. Smaller than

C. Equal to

D. None of these

Answer & Explanation

Q.

In synthetic curves, zero-order continuity yields

A. a position continuous curve

B. a slope continuous curve

C. A curvature continuous curve

D. None of the above

Answer & Explanation

Q.

In synthetic curves, first-order continuity yields

A. a position continuous curve

B. a slope continuous curve

C. A curvature continuous curve

D. None of the above

Answer & Explanation

Q.

In synthetic curves, second-order continuity yield

A. a position continuous curve

B. a slope continuous curve

C. A curvature continuous curve

D. None of the above

Answer & Explanation

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Synthetic curve pass through defined data points and thus can be represented by

Q. Synthetic curve pass through defined data points and thus can be represented by

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More Questions CAD, CAM, and Automation:

Q. The parabola is defined mathematically as a curve generated by a point that moves such that its distance from the focus is always__________the distance to the directrix.

Q. In synthetic curves, zero-order continuity yields

Q. In synthetic curves, first-order continuity yields

Q. In synthetic curves, second-order continuity yield

Q.

Synthetic curve pass through defined data points and thus can be represented by

Q.

The parabola is defined mathematically as a curve generated by a point that moves such that its distance from the focus is always__________the distance to the directrix.

Q.

In synthetic curves, zero-order continuity yields

Q.

In synthetic curves, first-order continuity yields

Q.

In synthetic curves, second-order continuity yield