200 ml of 4% solution contains 400 mg of medication
Explanation:
- 0.5 ml of solution has 1 mg of medication
- for example, if 10 mg of medication needs to be determined all we must do is multiply 0.5 ml of solution by 10 mg of medicine to get the answer.
- in the above question we need to determine the number of milliliters of a 4% solution containing 400 mg of medication.
- all we must do is multiply 0.5 ml of solution to 400 mg of medication to get the answer.
0.5 ml x 400 mg = 200 ml
Without the need for a doctor's prescription, a nurse is unable to stop the medication or give additional dosages.
<h3>What is levofloxacin antibiotic used for?</h3>
Descriptions Levofloxacin is prescribed to combat bacterial infections in numerous locations across the body. Infections from anthrax brought on by inhalation exposure is also treated with it. As addition to preventing and treating plague, changes over time .
<h3>What kind of antibiotic is levofloxacin?</h3>
Levofloxacin belongs to the ciprofloxacin family of antibiotics. It functions by eradicating the infection-causing germs. Colds, the influenza, or other viral diseases cannot be treated with antibiotics like fluoroquinolones. Amoxicillin and Levaquin are both "strong" antibiotics that are employed to treat infections in the skin, urinary system, ear, lungs, and airways.
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Answer:
e I think. Let me know if I got it wrong!
Answer:
The number of protons can be calculated by subtracting 207 with 125
Therefore, proton no. : 207 - 125 = 32
Proton number and electron number is always equivalent, so there are 32 electrons in the electron shells
Protons and neutrons are always located in the nucleus of an atom, and electrons are located in the electron shells which always move rapidly around the atom
The element which is referred to is Lead(Pb)
