Answer: Social trustee, civic professionalism
Physical stamina is the ability to work long hours. Observation skills are the ability to observe and interpret abnormal behavior. Motor skills are the ability to handle machinery and perform diagnostic tests. Communication skills are the ability to build rapport with the medical team and clients.
<h3>What are the different skills required in the hospital? </h3>
There are a variety of skills required in hospitals. Problem-solving is one of the most important skills. A lot of problems can arise in a building with hundreds of sick patients. It's important to have problem-solving skills while working in a hospital.
Management of time, teamwork, flexibility of schedule, patience, and attention to detail are some other skills required for working in a hospital.
Therefore, physical stamina is the ability to work long hours. Observation skills are the ability to observe and interpret abnormal behavior. Motor skills are the ability to handle machinery and perform diagnostic tests. Communication skills are the ability to build a rapport with the medical team and clients.
Read more about hospital skills, here
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Answer:
(i) Available in the plant:
Chlorophyll
(ii) Available in the soil:
Water
(iii) Available in the air:
Carbon dioxide
(iv) Available during day:
Light / Light energy
Explanation:
For photosynthesis, your raw materials are chlorophyll (to absorb light energy from the sun), light, carbon dioxide, and water. The products are glucose and oxygen.
Chlorophyll can be found in the leaves of a plant.
Light is from the sun.
Carbon dioxide is taken in from surrounding air.
Water is taken in by the roots, along with mineral salts, before being distributed to other parts of the plant.
During the night, respiration takes place. You can think of it as opposite of photosynthesis. Materials are glucose and oxygen, and products are carbon dioxide and water.
Answer:
Cellulose.
Explanation:
Cellulose is the polymers of glucose present in plants. Cellulose provides the structural and functional framework to the plant cell. Cellulose is also present in algae and fungi.
The cellulose consists of the glucose unit made of β glucose. These glucose units are linked together through the glycosidic bonds and a small molecule like water is released during the polymerization of glucose to form cellulose.
Thus, the answer is cellulose.
