How many drops per minute should be delivered?

Correct Answer: B

Rationale: The correct answer is B: 17 drops per minute. To calculate the correct drip rate, you need to use the formula: (Volume to be infused in mL / Time in minutes) x Drop factor. In this case, if the volume to be infused is 100 mL and the time is 60 minutes with a drop factor of 20, the calculation would be: (100 / 60) x 20 = 33.33 drops per minute. Since we cannot deliver fractional drops, the closest whole number is 17 drops per minute. This ensures the correct delivery rate for the medication. Choice A (6 drops per minute) is incorrect as it would be too slow and may not deliver the medication effectively. Choice C (50 drops per minute) and Choice D (100 drops per minute) are incorrect as they would both deliver the medication too quickly, potentially causing harm to the patient. The correct answer, 17 drops per minute, ensures a safe and accurate delivery rate

Correct Answer: C

Rationale: The correct answer is C: Hemoptysis. In the later stages of TB, the infection can lead to damage in the lungs, causing blood to be coughed up (hemoptysis). This is a serious symptom indicating advanced disease progression. Fatigue (A), anorexia (B), and weight loss (D) are common symptoms of TB but can occur in earlier stages as well. Hemoptysis specifically indicates more severe lung involvement, making it characteristic of later stages.

Correct Answer: A

Rationale: The correct answer is A: Active natural immunity. The mother had chickenpox as a child, which triggered her immune system to produce antibodies, providing long-lasting protection. This is an example of active immunity because her immune system actively responded to the pathogen. Summary: B: Passive artificial immunity - This involves receiving pre-made antibodies, not produced by the individual's immune system. C: Passive natural immunity - This is acquired through placental transfer or breastfeeding, not through prior exposure to the pathogen. D: Active artificial immunity - This is acquired through vaccination, not through natural exposure to the pathogen.

Correct Answer: D

Rationale: The correct answer is D: Passive immunization. This involves administering pre-formed antibodies to provide immediate protection. In the case of a pregnant client needing temporary protection from chickenpox, passive immunization is necessary as it offers immediate immunity without stimulating the client's immune system. - A (Naturally acquired active immunization): This involves exposure to the pathogen and the body producing its antibodies, which takes time and is not suitable for immediate protection. - B (Artificially acquired passive immunization): This option doesn't involve providing pre-formed antibodies, which are needed for immediate protection. - C (Artificially acquired active immunization): This method requires time for the body to develop its immunity, not providing immediate protection as needed in this scenario.

Correct Answer: C

Rationale: The correct answer is C: Wear gloves for blood/body fluid contact. This is the most appropriate action for infection control when caring for a patient with AIDS because HIV is primarily transmitted through blood and certain body fluids. Wearing gloves when coming into contact with blood or body fluids reduces the risk of transmission. Explanation for why other choices are incorrect: A: Wearing gloves at all times may not be necessary and can lead to unnecessary waste of resources. B: Wearing gown and mask at all times is excessive and not indicated unless there is a risk of exposure to blood or body fluids. D: Wearing a mask during patient contact times is not necessary unless there is a risk of exposure to respiratory secretions.