Answer: Components of cell junctions
Explanation:
<u>Fibroblasts are cells located in the dermis,</u> responsible for the formation and remodeling of tissue. They synthesize fibers and maintains the extracellular matrix of the tissue of animals. So, t<u>he extracellular matrix is a structurally complex entity that surrounds and supports the cells found in tissues</u>.
A cell junction a structure that exists within the tissues of animals and they consist of protein complexes that provide contact between cells or between a cell and the extracellular matrix. So if the cells do not appear flattened and do not attach to the extracellular matrix, then there is a problem with the components of cell junctions, which are mostly proteins as it was said before. And since proteins are coded by genetic information stored in DNA, then if there is a mutation in any of those genes, the fibroblast will fail to attach because the protein of the cell junction will be abnormal.
Answer:
if a method is repeatable it could help solve other questions
Answer:
<u>1. Cellular Respiration</u>
<u>2. Sunlight</u>
<u>3. Carbon Dioxide ***</u>
<u>4. Water ***</u>
<u>5. Chloroplast</u>
<u>6. Mitochondria</u>
<u>7. Glucose ***</u>
<u>8. Oxygen ***</u>
<u>9. Photosynthesis</u>
<u>10. ATP</u>
Explanation:
*** = 3 and 4 order does not matter as they are products of cellular respiration. You can't be wrong on that if you were to switch answers between carbon dioxide and water–– they're still products.
*** = 7 and 8 order does not matter as they are products of photosynthesis. You can't be wrong on that if you were to switch answers between glucose and oxygen–– they're still products.
The rest should be in order as given.
It is energy because to do any kind of work you need energy, to grow energy is pretty important, and etc.
The most logical sounding answer would have to be A.) "<span>the average depth of the lake during the research"
</span>
Reason why to assume this is that Y would have to represent what the depth is, and X would have to represent the original depth. Although I may be wrong.
