Sculpture microscopic

In Chapter 4 we learned how silicates give clay its plastic properties. In this chapter we will see how carbon atoms bond in chain arrangements to produce organic compounds that can have the plastic properties of clay. We will study sculpture and describe molecular forms as sculptures. Finally, we will see how organic molecules, microscopic sculptures, have the same properties as macroscopic sculptures, which are visible to the naked eye. 

Whether it be a macroscopic or a microscopic sculpture, a sculpture exists in space like a molecule or a tree or a mountain or a human being. 

Microscopic Sculptures Organic Molecules and Sculpture Elements / 205... 

MICROSCOPIC SCULPTURES ORGANIC MOLECULES AND SCULPTURE ELEMENTS... 

In Activity 5.2, students will build models of various alkanes, alkenes, and alkynes and view these molecules as sculptures that exist in nature on a microscopic level. They will consider these shapes as an element of sculpture design. 

Students will view the molecular models as microscopic sculptures and explain why they are either abstract or nonobjective. 

Normal, Straight, or Unbranched Chains Branched Chains or Cyclic Molecules Microscopic Sculptures Have a Variety of... 

Macrosculptures, three-dimensional works of art, are found just about anywhere people congregate. They make our world a pleasant and interesting place. Not all sculptures are made by artists Plants and geologic formations provide us with natural three-dimensional macroscopic sculptures. Atoms and molecules are viewed at the microscopic level. We have been referring to these sculptures as microsculptures because... 

Activity 5.2 Modeling Hydrocarbon Molecules Microscopic Sculptures... 

Microscopic Characteristics Conidia one celled, typically globose, brownish colored and often sculptured. Conidiophores are also darkly pigmented, simple, undeveloped and similar to the mycelium or at times having short lateral branches at whose swollen apices a single conidium is borne. Alternately, short chains of microconidia formed by flask shaped cells (phiatides) can occur. History, Use and/or Medical Implications Selected for use in compost nutrient conversion during Phase II of composting. 

Figure 40 presents a photograph showing the priceless polished sculptured skull (Aztec civilization) under examination with the horizontal microscope of a transportable LabRam Infinity Raman spectrometer in order to confirm nondestructively that it really is composed of the suspected rock crystal, the transparent form of a-quartz [66]. 

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