The answer is B.
A. False. Heterotrophs need to consume other organisms to make energy.
C. False. Thermophiles (notice the prefix 'thermo') are organisms that thrive at higher than normal temperatures.
D. False. Autotrophs make their own energy. They don't consume it from other sources.
Answer:
The use of grafted plants provides flexibility, allowing growers to combine different scion and rootstock traits independently. During grafting, tissues cut from different genotypes are brought into contact so that the plants join together to form one composite organism.
Explanation:
Your welcome!
Brainlist Please! :)
In the deep waters of the ocean, coral reefs are found in abundance. Algae live on these coral reefs, providing nutrition and producing pigments that give color to the corals. The corals offer shelter to the algae. So, they share a symbiotic association. Climate change has led to increased temperatures and has caused the corals to throw away the algae living inside them. This action causes the corals to be bleached because of a lack of pigment. This change will lead to coral bleaching. The corals will die of lack of nutrition with time.
The answer is <span>c. A pea is a dicot, so the radicle grows and gives rise to a main root and it's branches.
During germination, the first organ to grow in the seedling is a radicle. In dicots, the radicle grows and gives rise to the main root and its branches. Those ultimate branches are spread throughout very large and deep area in the soil and anchor the plant. In monocots, the radicle grows and gives rise to the main root only. New roots, in monocots, are so-called seminal roots that grow from the base of the radicle. Since the pea is dicot, its radicle gives rise to the main root and branches.</span>
Phosphate, dioxyribose, adenine