Answer:
A. "I can avoid getting sick by not becoming dehydrated and by paying attention to my need to urinate, drink, or eat more than usual
Explanation:
HHNS is a clinical complication of diabetes usually type ii. where the blood sugar levels is exceedingly high. This condition is not mark with high concentration of ketone bodies of the blood.
Due to rapid rise in blood glucose in HHNS mostly in type 2 diabetes, Excess glucose is excreted in the urine, and water follows by osmosis, leading to excess urine production (polyuria). With loss of body fluids(dehydration set in) and need to take more fluid(polydipsia follows) . Because the body cells lack glucose, due to the failure of insulin receptors which enable insulin to facilitate glucose entry into cells, hunger sets in and excessive urge to eat (polyphagia) occurs.
Therefore, Jomari need to be conscious of dehydration. By taking enough fluid to stabilize the body fluid balance, and avoid intake of too much sugar which will cause polyuria, polydipsia and polypahgia.
Jomari also need to be on the watch if the rate of micturition(urine passage) is higher than normal or if thirst and hunger rates are excessively high so that needed medical intervention could be provided.
Answer:
Evolution due to adaptation.
Explanation:
- This is very much true to the process of the natural selection and the environment does provide the species with the natural resources and gives term the power to adapt to there surroundings and the experiment given illustrate the same set of conditions and shows that how the population of the peppered/light moths takes place as the change in the color of the species increases its survival rates.
Answer:
I think Last two statements are right
B. ventricles
The chordae tendinae, also referred to as heart strings, are tendons that connect the atrioventricular (tricuspid) valves to the muscular wall of the heart. These chords are made predominantly of collagen, while the remaining part is elastin. They play the vital role of maintaining the structure of the valves they connect to. Due to the high pressure generated within the heart, it is entirely possible for the atrioventricular valves to turn inside out. The chordae tendinae prevent this from happening and keep the valves functioning properly.
