Answer:
TRUE
Explanation:
The Sauropods were the enormous herbivore dinosaurs that had a long neck and a tail, but the size of their head was relatively small. The fossil remnants of a previously existed unknown sauropod dinosaur species named 'Tataouinea hannibalis' were obtained from the rocks of the southern side of Tunisia.
From the fossil evidence, it was observed that a sizable opening was present in the ischium, which actually opens into a large air chamber. This observation supported the theory that considers the presence of abdominal air sacs in this type pf dinosaur species that are similar to the respiratory system of Aves (birds).
Thus, the Sauropods and Aves are closely related to one another.
Hence, the above statement is TRUE.
Answer:
D. Nucleic Acids
Explanation: Since DNA is a nucleic acid, and a gene is a piece of DNA, a gene would also be a nucleic acid.
As you see on the table, there are 3 ways the offspring can get the dominant trait. RR, Rr, and rR (order was switched for clarification). There are 4 total outcomes. In this case, the problem can just be treated as a probability question.
3 out of 4, or 3/4 * 50 is 37.5, which can be rounded to D. 38.
The correct answers are as follows:
1. The ECOSYSTEM-BASED approach considers humans as part of the natural resources management system.
There are many approaches, through which natural resources can be conserved and managed, one of these methods is ecosystem based approach.
Ecosystem based approach refers to a strategy that integrate the management of land, water and living resources. The method addresses many relationships across biological, spatial and organisational networks. This approach considers humans as an essential part of the natural resource management system.
2. This approach used SCIENTIFIC tools to manage resources.
The ecosystem based approach make use of appropriate scientific methodologies that are focused on level of biological organizations, which include processes, functions, structures and interaction of living organisms with their environments.
One crucial and fundamental purpose and function that ATP molecules have for both plant and animal cells, is to act as a readily available energy containing molecule that is used in most all biological processes. ATP production occurs within the mitochondria of plant and animal cells and is needed for sustaining allowing other organelles in a particular cell to carry on their energy requiring processes.