Answer:
The small piece of cartilage is called the xiphoid process.
Explanation:
The sternum, also known as the breast bone, is a flat bone situated at the central aspect of the anterior part of the chest (thorax). Several ribs attach themselves to the sternum through cartilage. The sternum forms the anterior border of the thorax alongside the anterior aspect of the ribs.
The sternum is divided into three parts namely, the manubrium, body and xiphoid process. Ribs are attached to both the manubrium and body. The xiphoid process which is the most distal part of the sternum has no rib attachment.
Answer:
when foreign harmful materials like chemicals, waste matter, or contaminated substances are directly or indirectly discharged into water bodies.
Explanation:
Answer:
The correct answer is - Atomoxetine.
Explanation:
Atomoxetine is the drug that comes under the class of medication known as selective norepinephrine reuptake inhibitors. The mechanism of Atomoxetine is involved in increasing the natural substance found in the brain to regulate the behavior, called norepinephrine.
It is the medication that is used to treat ADHD or attention deficit hyperactivity disorder. Atomoxetine is the first-line agent in ADHD pharmacotherapy.
Thus, the correct answer is - Atomoxetine.
Yup! Just add all the zeros you see in the sequence 1000+1000. There are 6 total zeros so put write 6 zeroes and put a one in front (1000000)
A. The increased biomass in the sunlit dish came from the carbon and oxygen atoms present in the carbon dioxide it took up during photosynthesis that it used to synthesize organic molecules.
Plants use photosynthesis in order to convert light energy (from the sun) into chemical energy, stored in carbohydrate molecules (such as sugars). This chemical energy can be further transformed to fuel some of the organism's activities. This chemical reaction (photosynthesis) is light-dependent and includes the use of carbon dioxide and water to produce sugars and oxygen. The seeds that were put on a sunny windowsill had plenty of light energy needed for their photosynthetic activity. This resulted in the accumulation of sugar molecules in the plant tissues and an increase in the biomass. These sugar molecules were synthesized by the carbon and oxygen atoms comprising the carbon dioxide molecules absorbed during photosynthesis.
B. The most likely explanation for the why the dark-grown seedling lost biomass is that cellular respiration in the cells of the seedlings consumed the starch and oils present in the seed as sources of energy.
Plants use cellular respiration in order to constantly supply energy to their cells. This chemical reaction uses the sugar molecules produced by the photosynthesis and stored in the plant tissues to get energy. Seeds put in a dark cupboard did not have access to any light energy, therefore, they could not perform photosynthesis. As a result, they had to perform respiration and consume starch and oils which were present in the seed to get the necessary energy. This resulted in a reduction in their biomass.
