Answer: B
Explanation:
C. eliminate waste.
D. avoid predators.
3. How would having a prehensile tail help a tree-dwelling chameleon? A. Its tail would help it grasp branches.
B. Its tail would help it capture food.
C. Its tail would help it balance in the treetops.
D. Its tail would help it maintain homeostasis.
Answer:
2. A. capture prey, and D. avoid predators
3. A. Its tail would help it grasp branches.
Explanation:
All animals need at least food, oxygen, shelter, space to survive. These needs, which are common to all animals, are fundamental to their survival and successful reproduction. However, from the options given in the question, not all animals need to capture prey to survive, as not all animals are carnivores. Some are herbivores that feed on plants, and do not prey on other animals. Also, not all animals need to avoid predators. For example, lions are predators and carnivores, they do not need to avoid predators. The correct options are option A and option D.
A prehensile tail is a tail that is adapted for grasping or holding, and it is common among arboreal animals, i.e. animals that dwell on trees. Therefore, a prehensile tail would help a tree-dwelling chameleon to grasp branches. The correct option is "A. Its tail would help it grasp branches."
Answer:
The answer you are looking for is The plant doesn't need carbon dioxide.
Explanation:
Because yes!! Also I hope you have a wonderful wonderful day!! :D
The water molecule has the ability to form hydrogen bonds, between atoms of oxygen and hydrogen of different molecules (they can also be formed between atoms of hydrogen, phosphorus, and nitrogen, but in the case of water we refer only to hydrogen and oxygen). When this phenomenon occurs between molecules of the same species (one molecule of H2O with another molecule of H2O), it is called cohesion, which is the attraction that molecules have for others of the same type. In the case of water, cohesion occurs thanks to hydrogen bonds, and this union is very strong and difficult to break.
No, the heart muscles do not have the same structure as the armmuscles.
The specialized muscle tissues which form the heart are called the cardiacmuscles. The cardiac muscle tissues are unique in the sense that they are only present in the heart and nowhere else in the body.
The specialized cells that form the cardiac muscle tissues are called cardiomyocytes.
Cardiomyocytes are also muscle cells and thus like other muscle cells, they rely on actin and myosin for their contractions. The cardiomyocytes have a high number of mitochondria as the heart muscles need a high amount of energy for their functioning.
The cardiac muscle fibers are thick and branched structures, specialized in contracting and pumping the blood.
Purkinjefibers are a kind of specialized cells present along with the cardiac muscles that help in the transmission of electric impulses to the heart and from the heart.
Therefore, the heartmuscles do not have the same structure as the arm muscles.
Read more about cardiac muscles, here
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