Which factors may contribute to hypertension? (Select All that Apply.)

A. Small for gestational age:

While being small for gestational age can contribute to respiratory difficulties in newborns, it is not directly associated with respiratory distress syndrome or respiratory acidosis. Other factors, such as prematurity or intrauterine growth restriction, may play a more significant role.

B. Cesarean birth:

Cesarean birth can predispose newborns to respiratory difficulties, including respiratory distress syndrome. During vaginal birth, the compression of the chest during passage through the birth canal helps expel lung fluid, whereas babies born via cesarean section may have more retained lung fluid, leading to respiratory distress.

C. Ventricular septal defect:

Ventricular septal defect is a congenital heart defect and is not directly associated with respiratory distress syndrome or respiratory acidosis. However, congenital heart defects can affect the cardiovascular system, leading to respiratory compromise in some cases.

D. Maternal history of asthma:

While maternal asthma can increase the risk of respiratory problems in newborns, it is not directly related to respiratory distress syndrome or respiratory acidosis. Maternal asthma may increase the likelihood of the newborn developing asthma or other respiratory conditions later in life.

A. Restlessness:

Restlessness is not typically associated with hypokalemia. Instead, it may indicate anxiety, discomfort, or other factors unrelated to electrolyte imbalances.

B. Hyperactive bowel sounds:

Hyperactive bowel sounds are often associated with increased gastrointestinal motility, which may occur in conditions such as diarrhea or gastroenteritis. While electrolyte imbalances can contribute to gastrointestinal symptoms, hyperactive bowel sounds are not specific to hypokalemia.

C. Decreased deep-tendon reflexes:

Hypokalemia can lead to decreased deep-tendon reflexes due to its effects on nerve conduction. Potassium is essential for proper nerve and muscle function, and low levels can impair reflexes.

D. Bounding peripheral pulses:

Bounding peripheral pulses are not typically associated with hypokalemia. Instead, they may indicate increased cardiac output or volume overload, which can occur in conditions such as heart failure.