When you vomit once, blood pH does not change to a biologically significant degree. When you vomit repeatedly, your blood pH is still likely to stay within the normal range how is homeostasis maintained.

You said that "Exposure to an extremely salty environment, on the other hand, could potentially harm them by disrupting their internal environment and causing dehydration or an ion imbalance." I can't seem to find this anywhere do you have a research paper or source to show this? Thanks for your time and help I appreiate it

The Seven Countries Study demonstrated a correlation between: energy from dietary saturated fat and blood cholesterol concentrations. energy from dietary cholesterol and saturated fat concentrations in blood. carotenoid-rich diets and blood cholesterol concentrations. dietary sugar intake and hypertension. dietary LDL cholesterol intake and serum saturated fat concentrations.

A person in a moderate environment probably would lose the greatest amount of water by means of Group of answer choices breathing insensible perspiration urine sweating feces

Kaitlin is hospitalized and the initial blood work indicates high levels of HCO3- in the blood and a pH of 7. 43, this would indicate she probably has: compensated metabolic alkolosis. compensated respiratory alkalosis . compensated respiratory acidosis. uncompensated metabolic acidosis. may as well have the sheet pulled over his face because he's a goner.

salt balance All of the systems in the body help to maintain a constant internal environment within acceptable ranges. which is urinary The system pumps blood to and from capillaries to cardiovascular exchange gases. digestive The system collects excess tissue fluids and returns it to the lymphatic vessels via the cardiovascular system. охудen The system takes in and digests food to provide nutrients to replenish those used by a body's cells. homeostasis The system removes from blood and nervous brings in carbon dioxide system helps rid the body of metabolic wastes and and pH. The helps regulate blood volume, respiratory The and endocrine systems regulate all other systems lymphatic through hormones and various feedback mechanisms.

Given the following water transfer rates (in g H20 per 100 calories), what would be the water balance for a kangaroo rat? Ingestion 0.1; Metabolism 13.4; Secretion 4; Evaporation = 11 O 15 O -1.5 O 15

Elevated levels of _______ in the blood increase the risk of artery and heart diseases. low density lipoproteins intermediate density lipoproteins very-low density lipoprotein high density lipoprotein