Answer:
The best answer to the question: Which finding would first indicate that naloxone administration has been effective? Would be: An increase in respiratory rate from 8 to 12 rpm.
Explanation:
Narcotic drugs, especially heroine in large amounts (overdose) have the opposite effect to what they are usually meant for, which is excitatory. In overdoses heroine and other narcotid drugs will cause a CNS depression and therefore most body functions will be severely affected, as it is seen from the blood pressure and heart rate of this patient, as well as his/her respiratory rate. But most worrying of all is that heroine, as a depressant, can lead a patient to comatose states, and even total respiratory failure. Naloxone, the medication designed to revert the effects of several narcotic drugs, such as heroine, will first be seen in action with the increase in respiratory rate, as the depressive effects start to decrease. Other functions such as heart rate, blood pressure and levels of conciousness will start picking back up as the body gets rid of the substance. But Naloxone will first revert the depression on the respiratory centers in the brain.
Answer:
c
Explanation:
A, B, and D, are entities that are designed to protect the environment from pollution
C, on the other hand is only about noise control
The arteries in the image appear red because they are carrying oxygenated blood to the body. That is option B.
<h3>What is an artery?</h3>
An artery is known to be vessels that are surrounded by smooth muscles whose major function.is to distribute oxygenated blood from the lungs.
The blood is oxygenated in the lungs and is transported to the heart where it is then pumped to the whole body through the aorta.
Therefore, the arteries in the image appear red because they are carrying oxygenated blood to the body.
Learn more about blood vessels here:
brainly.com/question/25149738
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Oxygen in the air can cause sliced fruit to brown, a process called enzymic browning (an oxidation reaction). Phenols and the enzyme phenolase are found in the cells of the apple, and when these are exposed to oxygen in the air, for example through slicing, the oxygen causes a reaction.
