Write an article based on this "Write short scenes that involve each of your characters. Create an 'interview' with your character. Create an interesting situation for your character."
article: These scenes don't necessarily need to end up in your story; they are just meant to help you get to know your characters better. These scenes could involve another character asking the character you are trying to get to know about themselves. You could also create scenes where a character is presented with an interesting situation. Your goal is to determine what the character would do next, given his or her personality. One scene you could create is one where you (or a different character) begin to interview the character you are trying to get to know. For instance, you could create a journalist character to interview the character you are learning more about. Pose questions to your character on paper (either directly or through another character's voice). Answer these questions in the voice and style of the character you are trying to understand. Take notes and add details to your character's biography page as you expand the character more. Imagine how your character would react in different situations. What does that reaction tell you about him or her? Include those characteristics on his or her character page. You can use a scene from your everyday life, find one online, or just make something up, such as: "Your character walks into a bar to find a woman totally naked sitting at the bar. No one is paying her any attention. What does your character do next?". Another idea is: "Your character is sitting alone at bench. A car drives slowly by, and something is thrown out of the car. What does your character do next?" Or: "Your character is alone at night and hears a noise outside. He finds a small kitten sitting on the porch, obviously malnourished. What does your character do with the kitten?"

Write an article based on this "Know what pH actually is. Define pH in an equation. Understand concentration."
article: The pH is a measure of the concentration of hydrogen ions in a solution. A solution with a high concentration of hydrogen ions is acidic. A solution with a low amount of hydrogen ions is basic, or also known as alkaline. Hydrogen ions, also known as hydronium, are written shorthand as H+ or H3O+. Know the pH scale. The pH scale is usually presented from 0 to 14. The lower the number, the more acidic the solution. The higher the number, the more basic the solution. For example, orange juice would have a pH of 2 because it is quite acidic. In contrast, bleach has a pH of 12 as it is quite basic. Numbers in the middle of the scale are neutral, such as water, with a pH of 7. One level of pH is a 10x difference. For example, when comparing pH 7 to pH 6, pH 6 is ten times more acidic than pH 7. Furthermore, pH 6 would be 100 times more acidic than pH 8. The pH scale is calculated by a negative logarithm. A negative logarithm of base b is simply how many times a number must be divided by b to reach 1. The pH equation can be seen as follows: pH = -log10[H3O+]. The equation can sometimes be seen as pH = -log10[H+]. Know that whether the equation has H3O+ or H+, they are the same. It is not vital to have a firm understanding of what a negative log is to calculate pH. Most calculators used at high school and post secondary level will have a log button. Concentration is the number of particles of a compound in a solution relative to the volume of the same solution. For pH, you have to use molar concentration for the formula to work out. Molar concentration, which is also called molarity, denotes the number of moles of dissolved compound per liter of solution. Its units are moles per liter (mol/L), also called molar (M). If you're using a solution in a lab, the concentration will be written on the bottle. When working on your chemistry homework, the concentration will usually be given to you.

Write an article based on this "Talk to your doctor if you may be at risk. Alert your doctor if you think you are infected. Discuss medications with your doctor. Make dietary and activity changes as recommended by your doctor."
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Pseudomonas are most dangerous for people who are in hospitals and have weakened immune systems. Newborns have a higher risk. As an adult, you may have a higher risk if: You are being treated for cancer You have HIV/AIDS You have cystic fibrosis You are on a breathing machine You are recovering from surgery You have a catheter You are recovering from severe burns You have diabetes mellitus Tell your doctor as soon as possible because you will need prompt attention. Pseudomonas can manifest as many different types of infections, depending on where they are located in your body. You may have: Pneumonia. This may be associated with an infected breathing machine. An eye infection An ear infection A urinary tract infection that is introduced by a catheter An infected surgical wound An infected ulcer. This may occur to patients that are on prolonged bed rest and develop sores. A blood infection that enters through an intravenous line Your doctor may take a swab sample and send it to the lab to confirm exactly what strain is infecting you. The lab may also be able to help determine what drugs are likely to be effective against the infection. Pseudomonas are often resistant to many commonly prescribed drugs. For many of the drugs that are effective, it is important that your doctor know your complete medical history, particularly if you think you could be pregnant or if you have renal (kidney) impairment. The doctor may prescribe: Ceftazidime. This is usually effective against a common form, Pseudomonas aeruginosa. It may be administered as an intramuscular injection or through an IV. It may not be appropriate for patients who are allergic to penicillin. Piperacillin/Tazobactam (Tazocin). This is also effective against Pseudomonas aeruginosa. It may interact with other medications, so give your doctor a complete list of what you take. This includes over-the-counter medications, herbal remedies, and supplements. Imipenem. This is a broad-spectrum antibiotic which is often administered with cilastatin. The cilastatin increases the half-life of the imipenem and can also help it better penetrate tissue. Aminoglycosides (Gentamicin, Tobramycin, Amikacin). The dosages of these drugs may need to be adjusted according to your body weight and the health of your kidneys. Your doctor may monitor your blood and hydration levels during these treatments, as side effects can include kidney damage (such as nephrotoxicity) or ear and hearing damage. Ciprofloxacin. This can be taken orally or intravenously. Tell your doctor if you have epilepsy, renal impairment, or think you may be pregnant. Colistin. This can be taken orally, intravenously, or in a nebulized form. Some patients, such as those with cystic fibrosis, may need to change their diet and activity levels to ensure proper nutrition and promote healing. If you are on a ventilator to help you breathe, your doctor may recommend a diet that is higher in fats and lower in carbohydrates. Carbohydrates can increase the amount of carbon dioxide your body produces, making breathing more difficult when you are on a ventilator. If you have a systemic infection, you may need to limit your activity levels. This may not be the case for a localized infection.