Question

The following is a description of the terms used to describe igneous rock tissue. What is the appropriate term for each explanation? a. Air gap b. Black-yellow cancer tissue c, substrate d consisting of fibrous crystals surrounding the radius. tissue e. tissue consisting of two seven-way crystals with distinct size differences. assembly tissue g. consisting of crystals of almost the same size. an organization consisting mostly of large crystals of a diameter of more than lcm.

The following is a description of the terms used to describe igneous rock tissue. What is the appropriate term for each explanation?

a. a gaseous air gap

b. Obsidian tissue

c. a substrate consisting of serpentine crystals surrounding the reaction.

d. tissue whose crystals are too fine to be seen without a microscope.

e. an organization consisting of two crystals with distinct size differences.

f. assembly tissue consisting of crystals of almost the same size.

g. a tissue consisting of large crystals of most diameter over 1 cm.

A is called porous tissue and B is called hyaline tissue, but I don't know the answer to f. Let me know which organization f belongs to.

Answer 1

The answer for "f" asked and the necessary description is as follows

Vertebrate Mineralized Tissues

Three of the four hard tissues in the body are bone, cementum and dentin. It have many similiarities in compositions and formation. They are connective tissues and collagen. enamel is not a connective tissue and no collagen, but its formation follows the formation mechanism of hard connective tissues.
The mineral forms in physiologically mineralized tissues (calcified cartilage, bone, dentin, and enamel), is an analog of the geologic mineral, hydroxyapatite.
Vertebrate mineralized tissues (inorganic components present in) consist of extremely small crystals, mostly with dimensions of approximately 10–20 × 5 × 5nm.
Geologic hydroxyapatite crystals are quite large and visible to the naked eye.
The physiologic mineral crystals are microscopic in size, <20 nm in their longest dimension in bone, dentin, and related collagen-based tissues, and ~1000 nm in the longest dimension in enamel.
The crystals in dental enamel have a diameter of 40 nm and, although still too small to be clearly resolved by the optical microscope, are considerably larger than those of bone, dentine, and cementum.
With the exception of enamel, physiologic mineral is deposited in an oriented fashion on a collagen template.