The layers above would be not as old and the layers below would be the older layers.
Answer:
I.V. Humidity level
D.V. height of trees
C.V. same type of tree, same greenhouse,
Explanation:
Explanation:
The Diaphysis ossifies before the other portions.
This is the middle of a section of thick, compact long bone. It comprises the main shaft and is typically cylindrical or tube-like in appearance. It functions as structural support and contains bone marrow, which produces red blood cells, white blood cells and platelets; it also contains adipose or fat tissue.
Osteoids comprise, significant sections of the entire bone matrix, and this includes fibers of collagen which give bone its flexibility and mechanical strength this allows born to resist stretching and twisting forces.
Osteoblasts are highly specialized cells which formulate new bone through the production or secretion of parts of the organic matrix; this is referred to as the osteoid and mediate the calcification of osteoid during the formation of mature bone matrix. The diaphysis is produced through the ossification of stem cells or mesenchymal cells during early development. Primary ossifiation occurs at ossification centers at the diaphysis, from cartilage cells in the matrix.
Learn more about the diaphysis at brainly.com/question/5551608
#LearnWithBrainly
Answer:
Identify minerals based on their physical characteristics. A hardness of 2.5 simply means that the mineral is harder than gypsum. Mohs In introductory geology, the key fracture types to remember are irregular, which most minerals exhibit.
There are two correct answers:
1. A sequence of DNA that inhibits the action of enhancers in a position-dependent manner. Those are enhancer-blocking insulators and when an insulator is located in between a promoter and an enhancer, it prevents the influence of the enhancer on the promoter.
<span>2. A segment of DNA that forms supercoiled heterochromatin that is devoid of any DNA-regulator binding. Those are barrier insulators and they prevent euchromatin (transcriptionally active region) from turning into heterochromatin (transcriptionally inactive).</span>