Answer:
Step 1: Inhibition: water fills the seed.
Step 2: The water activates enzymes that begin the plant's growth.
Step 3: The seed grows a root to access water underground.
Step 4: The seed grows shoots that grow towards the sun.
Step 5: The shoots grow leaves and begin photomorphogenesis.
Explanation:
Assuming seed germination.
This is false
Even though it might seem true, it's false because people often mix it with desert biome due to it's rigid and dry climate. However, the caparral biome has more rainfall, which is why there are many different plant species and trees, as well as animals.
In order to check the claims of any nutritional product, it is better to refer a known or recognized dietitian in one’s area. The best way is to find the dietan is to check them on the website of Academy of Nutrition and Dietetics (AND)
Along with this there product must be checked based on its reference gives on some credible web addresses, It must have been referred in some popular newspaper, magazines, books etc.
Some of the common languages that are being used which create suspicion in terms of product creditability are “ Top most accomplished nutrition product”, “ Recommended by dietian”, “Bestselling product” etc.
The truth is nobody knows not even the scientist. They think its made out of both but as for now Nobody knows if Deimos is made out of dirt or gravel
Answer:
Plasmolysis occurs when a <u>plant </u>cell is inmersed in a <u>3X salt solution</u>.
Explanation:
Plasmolysis is a phenomenon only observed in plant cells, and consists of cell dehydration accompanied by separation of the membrane and cell wall when the cell is exposed in a hypertonic environment.
When a plant cell is in a hypertonic solution —such as 3X salt solution— the permeability of its membrane allows water to escape, so the cell dehydrates and reduces its size. The cell wall is rigid and maintains its shape, but the cell membrane separates from it, which is known as plamolysis.
The other alternative answer combinations are not correct because:
- <em>Plamolysis does not occur in </em><u><em>animal cells</em></u><em>.
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- <u><em>Pure water </em></u><em>does not produce plasmolysis.</em>