When developing a teaching plan for a client with newly diagnosed type 1 diabetes, the nurse should explain that an increased thirst is an early sign of diabetic ketoacidosis (DKA). Which action should the nurse instruct the client to implement if this sign of DKA occurs?

The correct answer is Choice B: Advise the client that lifestyle changes often take several weeks to be effective.

Choice B rationale: Exercise is known to improve sleep quality and reduce the time it takes to fall asleep; however, these benefits may not be immediate. Lifestyle modifications, such as incorporating regular physical activity, typically require several weeks before noticeable improvements in sleep patterns and overall health are observed. By informing the client about this expected timeframe, the nurse promotes realistic expectations and encourages adherence to the exercise program.

Choice A rationale: Encouraging daily exercise to eliminate bedtime wakefulness may be counterproductive, as overexertion can lead to increased arousal and impaired sleep quality. Additionally, daily exercise might be too rigorous or impractical for some individuals, potentially leading to burnout or injury. It is essential to tailor exercise recommendations to the client's fitness level, preferences, and goals.

Choice C rationale: While obtaining information about the client's exercise schedule is helpful in assessing their adherence and progress, it does not directly address the issue of sleep onset difficulties. The nurse should focus on providing education and guidance on the expected timeline for observing sleep improvements with exercise.

Choice D rationale: Weight loss is a potential outcome of increased physical activity but is not directly correlated with improvements in sleep onset latency. Focusing solely on weight loss may overlook other essential aspects of sleep hygiene and healthy lifestyle changes. The nurse should emphasize the broader benefits of exercise and provide a comprehensive approach to addressing the client's concerns.

When the practical nurse (PN) notices that one of the unlicensed assistive personnel (UAP) consistently records subnormal temperatures when using the thermometer, the first action the PN should take is to observe how the UAP obtains temperatures. This allows the PN to directly assess the UAP's technique and determine if any errors or inaccuracies are occurring during temperature measurement. By observing the process, the PN can identify any potential issues, such as incorrect placement of the thermometer or improper technique, and provide appropriate guidance and education.
Let's evaluate the other options:

a) Show the UAP how to chart temperatures.
While accurate charting of temperatures is important, it is not the primary concern in this situation. The PN should first focus on assessing the UAP's temperature measurement technique before addressing charting skills.

b) Return the thermometer for recalibration.
Returning the thermometer for recalibration may be necessary if there is evidence or suspicion of a malfunctioning thermometer. However, before assuming that the thermometer is the issue, it is important to first observe how the UAP obtains temperatures to rule out any human error in the measurement process.

d) Demonstrate how to use the equipment.
Demonstrating how to use the equipment may be beneficial, but it should not be the first action taken in this scenario. The PN should first observe the UAP's technique to identify any potential errors or issues in temperature measurement. Based on the observation, the PN can provide specific guidance and demonstrate the correct technique if necessary.

In summary, when a practical nurse (PN) notices that a UAP consistently records subnormal temperatures when using the thermometer, the first action the PN should take is to observe how the UAP obtains temperatures. This allows for direct assessment of the UAP's technique and identification of any potential errors or issues. Based on the observation, the PN can provide appropriate guidance, education, and intervention as needed to ensure accurate temperature measurement.