$3$D scanners use projected light to understand the shape of an object and convert it into a $3$D point cloud. Each scanner is capable of scanning up to a particular resolution, the minimum distance between two scanned points.

This table lists the resolutions of various $3$D scanners:

Scanner Resolution

Einscan Pro $2$X Plus $0\mathrm{.}2$ mm

Matter and Form $3$D Desktop Scanner $0\mathrm{.}1$ mm

Freescan Trak $0\mathrm{.}05$ mm

HDI Compact L$63$D Scanner $0\mathrm{.}08$ mm

Which of the following comparisons between $3$D scanners is the most likely to be true?

Choose $1$ answer:

Choose $1$ answer:

$($Choice A$)$ The HDI Compact L$6$ scanner may miss some details that the Matter and Form scanner captures.

A

The HDI Compact L$6$ scanner may miss some details that the Matter and Form scanner captures.

$($Choice B$)$ The HDI Compact L$6$ scanner will use more bits to represent each point than the Einscan Pro $2$X scanner.

B

The HDI Compact L$6$ scanner will use more bits to represent each point than the Einscan Pro $2$X scanner.

$($Choice C$)$ The Freescan Trak scanner will use fewer bits to represent each point than the Matter and Form scanner.

C

The Freescan Trak scanner will use fewer bits to represent each point than the Matter and Form scanner.

$($Choice D$)$ The Freescan Trak scanner may capture some detail of the object that the Einscan Pro $2$X Plus scanner misses.

D

The Freescan Trak scanner may capture some detail of the object that the Einscan Pro $2$X Plus scanner misses.