Kinetic energy
If it helps please give me a thanks!
Answer:
Option C "trabeculae
" would be the correct choice.
Explanation:
- Reasonably assume that you sometimes compress and then get into their shoulder, and then through the bones tissue or cells at either the bottom of each femur (the biggest or strongest bone throughout either leg).
- At either the edges of spongy bone, including the femur, the bones still aren't solid, although riddled with holes attached through thin rods as well as sheets of bone cells identified as trabeculae.
The remaining four solutions are not relevant to the situation in question. It is the right approach to the above.
Answer:
The image of the animal cell was not included in the question, the image has been added as an attachment.
The answer is centrioles; found in animal cells but not plant cells
Explanation:
According to the question, the image in the attachment section is an animal cell with labelled organnelles. An animal cell does not possess a Chloroplast, which is unique to only plant cells. Hence, organnelles D cannot be Chloroplast.
Ribosomes are organnelles made up of a complex of RNA and proteins. They are the site of protein synthesis, which occurs in all living cells. Hence, all cells including plant and animal cells contain Ribosome organnelles. Therefore, it is a wrong choice.
Centrioles are cylindrical tube-like structures made up of microtubules arranged in a specific pattern. Centrioles are present only in animal cells and play a major part in cell division, where they organize microtubules that separate chromosomes. As seen in the image, the two centrioles are perpendicular to one another, forming a CENTROSOME. A plant cell does not possess centrioles instead they contain microtubules organizing centres (MTOC).
Mitochondrion are present in both animal and plant cells as energy-generating organnelles but they are not stacked tubular structures as described in the question.
Answer:
The most widely known blood group system is the ABO blood group system. The ABO system includes blood types A, B, and O. It is very important that a patient receives the most compatible blood products or life-threatening transfusion reactions may occur. Transfusion medicine departments in modern hospitals are responsible for matching blood to patients in need. Matching blood to a patient involves testing more than ABO blood groups.
Myofibril. Thick filaments consist of myosin, held in place by titin filaments