Answer:
placing the client in the side lying position in bed
Explanation:
Based on the scenario being described within the question it can be said that the the most appropriate nursing action would be placing the client in the side lying position in bed. This is the best action in this scenario as it will help the individual drain the secretions that may otherwise cause aspiration pneumonia which is a lung infection that develops after you inhale liquids or vomit into your lungs.
Answer:
the answer is C. The plant received both alleles from both the parents.
Explanation:
The statement that forms the best testable hypothesis for this question, would be 2. I believe.
We are given:
2 units of packed red blood cells infused over 1 hour each, so 1 unit per hour
1 unit is equivalent to 250 ml
10 gtt/mL
solve for the volume per unit time:
1 unit per hour / 1 unit /250 mL = 250 mL per hour
The flow rate in drops per minute is determined by:
- converting hours to minutes:
250 mL per hour * (1 hour / 60 minutes) =4.2 mL per minute
-multiplying gtt/ml to flow rate
4.2 mL/min * 10 gtt/mL = 42 gtt/minute
Therefore the final flow rate in drops per minute is 42 gtt per minute.<span />
The answer to the question asked above is when bonding lead, it easily binds with other lead. Also malleability is the property of a material to be hammered, thus bonding with lead is easy.
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