Answer:
breaking the bag of waters if it hasn't already done so by itself. Administer any pain management and pushing with onset of contractions.
Answer:
The blood pressure is directly proportional to the total length of the vessel.
Explanation:
The blood pressure is directly proportional to the total length of the vessel.
The long blood vessel will have higher the resistance and the flow of blood will be lower.
Thus, making intuitive sense, as with blood volume, as the vessel's enhanced surface area will impede blood flow. This lowering area will lead to the higher blood pressure through the blood vessel. Similarly with the reduction in the resistance of the blood vessel, the blood flow will boost.
The information that the nurse should include in the teaching is: D. The risk for developing DKA may be increased with the use of an insulin pump
Diabetes mellitus occur when a patient body does not produce insulin that is needed by the body leading to increase in the patient blood sugar level.
Insulin pump is a pump which are use when treating diabetes patients as it help to administer Insulin into the patient body when performing insulin therapy.
DKA which fully meaning is Diabetic ketoacidosis occur when a patient body does not have enough insulin leading to what is called ketones.
The risk for developing Diabetic ketoacidosis can be increased when a patient make use of insulin pump due to the following:
•When the pump fails to function normally due to low battery.
•When their is no longer insulin in the pump.
Inconclusion the information that the nurse should include in the teaching is: D. The risk for developing DKA may be increased with the use of an insulin pump.
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brainly.com/question/6162486
Answer: naturally occurring binders.
Explanation:
Answer: d. none of the above
Explanation:
The respiratory membrane is the membrane which separates the air inside the alveoli from the pulmonary capillaries. The types of respiratory membranes includes the alveoli membrane, the capillary membrane and the basement membrane. The respiratory membrane is usually very thin. But it becomes thick due to the increase in the fluid content, which actually forces the gases to diffuse through the membrane and the fluid. Also the pulmonary diseases can also cause the membrane to become thick.
