The general homogeneous coordinate representation can also be written as

Q.

The general homogeneous coordinate representation can also be written as

A. (h.x, h.y, h.z)

B. (h.x, h.y, h)

C. (x, y, h.z)

D. (x, y, z)

Answer & Explanation

Answer : Option: B

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Q.

We can combine the multiplicative and translational terms for 2D into a single matrix representation by expanding

A. 2 x 2 matrix into 4 x 4 matrix

B. 2 x 2 matrix into 3 x 3

C. 3 x 3 matrix into 2 x 2

D. None of the above

Answer & Explanation

Q.

Which co-ordinates allow common vector operations such as translation, rotation, scaling and perspective projection to be represented as a matrix by which the vector is multiplied?

A. Vector co-ordinates

B. 3D co-ordinates

C. Affine co-ordinates

D. Homogenous co-ordinates

Answer & Explanation

Q.

In Coordinates, a points in n-dimensional space is represent by (n+1) coordinates.

A. Scaling

B. Homogeneous

C. Inverse transformation

D. 3D Transformation

Answer & Explanation

Q.

A translation is applied to an object by

A. Repositioning it along with straight line path

B. Repositioning it along with circular path

C. Both a & b

D. None of the above

Answer & Explanation

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The general homogeneous coordinate representation can also be written as

Q. The general homogeneous coordinate representation can also be written as

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More Questions CAD, CAM, and Automation:

Q. We can combine the multiplicative and translational terms for 2D into a single matrix representation by expanding

Q. Which co-ordinates allow common vector operations such as translation, rotation, scaling and perspective projection to be represented as a matrix by which the vector is multiplied?

Q. In Coordinates, a points in n-dimensional space is represent by (n+1) coordinates.

Q. A translation is applied to an object by

Q.

The general homogeneous coordinate representation can also be written as

Q.

We can combine the multiplicative and translational terms for 2D into a single matrix representation by expanding

Q.

Which co-ordinates allow common vector operations such as translation, rotation, scaling and perspective projection to be represented as a matrix by which the vector is multiplied?

Q.

In Coordinates, a points in n-dimensional space is represent by (n+1) coordinates.

Q.

A translation is applied to an object by