Answer:
6.76 ounces daily.
Explanation:
There are 0.0338 ounces in 1 ml of the fluid.
So the calculation is as follows.
Ounces in 1 ml of fortified human breast milk = 0.0338
The amount in ml of fortified human breast milk recieved by a premature newborn every 3 hour = 25 ml
Total hours in one day = 24
The amount in ml of fortified human breast milk recieved by a premature newborn every day = 8 * 25 = 200 ml
(As 3 hrs is multiplied by 8 to make it 24 hrs (a day))
The amount in ounces of fortified human breast milk recieved by a premature newborn every day = 200 ml * 0.0338 = 6.76 ounces.
(As 1 ml contains 0.0338 ounces)
Hence the baby will recieve 6.76 ounces of milk each day.
Answer:
It allows children with disabilities to build their confidence and their ability to engage in physical and leisure activities and build social skills while improving their interaction with their typically developing peers.
Explanation:
99201 requires 3 components, a problem focused history, a problems focus examination and a straight forward medical decision.
Answer:
The correct option is : c. external sphincter muscle of the bladder
Explanation:
The process of excretion of urine from the urinary bladder to outside the body through the urethra is known as Micturition. The other names for micturition are urination and voiding.
In a normal human being, the process of micturition requires both the voluntary and involuntary nervous system components.
The external sphincter is a voluntary muscle. For urination to occur the external sphincter muscle must be relaxed.
Therefore, the process of voiding urine begins if the external sphincter muscle relaxes voluntarily.
Answer:
The correct answer is carbon dioxide.
Explanation:
Respiration (physical) process involves inhalation and exhalation of oxygen and carbon dioxide respectively in between the air and into the lungs to the blood. If the brain receptors sense the excess amount of carbon dioxide in the blood, they send signals the body to promote ventilation. So, the most important chemical regulator of respiration is carbon dioxide that determines the respiratory rate.
An increase in carbon dioxide concentration in blood results in a decreasing pH level of the blood, causing the person to increase his rate of ventilation.
Thus, the correct answer is carbon dioxide.
