As [img=48x18]1803e2356a134b3.png[/img], the function [img=144x25]1803e235733dafc.png[/img] is （ ）. A: an equivalent infinitesimal with [img=11x14]1803e2357bc16bb.png[/img]. B: an infinitesimal of same order but not equivalent with [img=11x14]1803e2357bc16bb.png[/img]. C: an infinitesimal of higher order than [img=11x14]1803e2357bc16bb.png[/img]. D: an infinitesimal of lower order than [img=11x14]1803e2357bc16bb.png[/img].
As [img=48x18]1803e2356a134b3.png[/img], the function [img=144x25]1803e235733dafc.png[/img] is （ ）. A: an equivalent infinitesimal with [img=11x14]1803e2357bc16bb.png[/img]. B: an infinitesimal of same order but not equivalent with [img=11x14]1803e2357bc16bb.png[/img]. C: an infinitesimal of higher order than [img=11x14]1803e2357bc16bb.png[/img]. D: an infinitesimal of lower order than [img=11x14]1803e2357bc16bb.png[/img].
The child was playing on the floor with his collection of ______ farm animals. A: infinitesimal B: microscopic C: trivial D: miniature
The child was playing on the floor with his collection of ______ farm animals. A: infinitesimal B: microscopic C: trivial D: miniature
As [img=71x19]1803e23556504c2.png[/img], the function [img=104x25]1803e2356097b36.png[/img] is（ ）. A: an infinity B: an infinitesimal C: an unbounded function D: a bounded function
As [img=71x19]1803e23556504c2.png[/img], the function [img=104x25]1803e2356097b36.png[/img] is（ ）. A: an infinity B: an infinitesimal C: an unbounded function D: a bounded function
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