Answer: Lydia's answer is correct.
Explanation:
The solution used by Lydia is:
4/5 × 10 = 4 × 1/5 × 10
= 4 × 10/5
= 4 × 2
= 8
The above solution by Lydia is correct.
Given the question, 4/5 × 10, this will be:
= 4/5 × 10/1
Let's multiply the numerator first, this will be: = 4 × 10 = 40
The denominator will be: = 5 × 1 = 5
Therefore, 4/5 × 10/1 = 40/5
Now when we divide 40 by 5, we will get 8. Therefore Lydia is correct.
The importance of the result (money, position in league or competition, team rivalry)
the nature of the game (contact sports are more likely to lead to violence, for example ice hockey versus bowls)
provocation (crowd chanting abuse, 'sledging' by other players)
Answer: 15
Explanation: since it affects only 1 out of 20, you can divide 300 by 20 which equals 15
The nurse anticipates using palliative sedation to handle this client's intractable pain.
<h3>How does the term "intractable pain" mean in medicine?</h3>
The definition of debilitating pain is "hardship whose source can indeed be removed and, per the broadly agreed clinical practice, a wide spectrum of pain treatment modalities adequate for this patient have been used without sufficient result or with unacceptable side effects." When a health care professional certifies a patient as having severe chronic pain, they were also certifying that the patient fulfills this definition.
<h3>An intractable function is what?</h3>
When considering computational complexity, intractable issues are those for which there are no effective solutions. The brute-force search algorithm is the one that offers a solution to the majority of seemingly insoluble situations.
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Blood PC02 may be measured by using direct spectrophotometer
Explanation:
Blood gas analysis or arterial blood gas (ABG) test is done to determine blood pH and the amount of oxygen and carbon dioxide dissolved in arterial blood.
Blood PCO2 is the partial pressure of carbon dioxide dissolved in the arterial blood.
ABG or oximetry test is done by using direct spectrophotometry in a spectrophotometer and gas analysis is done by calorimetric methods. Spectrophotmetry is highly used in Medicine to perform quantitative analysis of blood and its composition. The spectrophotometer measures the light intensity or wavelengths absorbed by the sample solution.
Blood PCO2 reflects the degree of exchange gases in and out of the lungs. An increase in PCO2 levels indicates respiratory illnesses like obstructive lung diseases or pulmonary edema; while a decrease indicates conditions like hypoxia, pulmonary embolism, hyperventilation etc.
