The reason most likely to trigger eating disorder in teens is their self-consciousness of their body shape.
Although the issue of discrimination on body shape is less severe nowadays, the trend of being slim or thin is still promoted by the media,for example,in the Kpop industry,almost every pop star has to be very thin.
Some then become hyperaware with their body and weight, either wanting to look better or is afraid of being discriminated of looking fat or chubby.
Some would then use unhealthy diet or fasting to cut the weight, eventually causing eating disorder such as anorexia nervosa(constantly not eating enough) or bulimia (force themselves to throw up what have been eaten).
Hope it helps!
According to the research, the correct option is the RR interval must be absolutely constant. It is a characteristic of normal sinus rhythm.
<h3>What is arrhythmia?</h3>
It implies a disorder of the rhythm that makes it not stable or regular and is caused by a failure in the electrical system of the heart rhythm, called the excitation and conduction system.
In this sense, it implies a disorder in the systole of the heart affecting the sinus rhythm that is considered normal in relation to the heart when the RR interval, which is the distance between two successive R waves, is constant, when the waves deviate from sinus rhythm, it is probable that they reveal the existence of some cardiac pathology.
Therefore, we can conclude that according to the research, the correct option is the RR interval must be absolutely constant. It is a characteristic of normal sinus rhythm.
Learn more about arrhythmia here: brainly.com/question/13095303
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Answer:
D i be real now
Explanation:
yes answer is correct maybe
Answer: 2.6 ml of chlorpromazine are administered.
Explanation:
Given stock solution of chlorpromazine, 3.2 %(m/v) i.e 3.2 grams of chlorpromazine are dissolved in 100 ml of solution
We need to find the volume of solution that can contain 0.083 grams of chlorpromazine.
By applying unitary method, we get:
3.2 grams of chlorpromazine is present in 100 mL of solution.
So, 0.083 grams of chlorpromazine will be present in = 
of solution.
Hence, the given amount of chlorpromazine will be present in 2.6 mL of solution and thus 2.6 ml are administered.
