Do a conclusion and tell how or where you will use 3D shapes in the future.

You will use 3D shapes in the future when creating blueprints for buildings and infrastructure.

We live in a three-dimensional world. Every one of us has height, width, and length. Shapes exist in our 3D world, too: game dice, cuboids, donuts, pyramids, beach balls, traffic cones. All of those are 3D shapes.and watermarking described in this book are of interest for 3D objects. Working on any of these functionalities requires minimum background knowledge in information theory, multidimensional signal processing, data analysis tools and 3D modeling. This book is organized as follows: an introduction; basic knowledge on 3D modeling, compression, indexing and watermarking; and the present short conclusion. One can readily note that the state of the art in the three functionalities is unbalanced. There exists much more work on compression as compared to indexing and watermarking. Also, compression of 3D objects is now included in some standards, e.g. MPEG-4, whereas watermarking of 3D objects, still immature, has not yet really been taken into consideration.

hope it helps... pls mark brainliest

answer: what if i dont want to show my work boi.

step-by-step explanation: im watching dbz and eating popcorn leave meh alone

its the second choice.

step-by-step explanation:

the elements in the range will be 7 less than the elements in the domain.