In one sentence, describe what the following article is about: Ask yourself what you like about your current style, and what needs work. Look at the letters that make up your name, and think about how you can best emphasize them: note the interesting letters (with a lot of loops, dots, and crosses, like G, X, or B) and the plain letters (especially those that look similar between uppercase and lowercase, like S or O). Look for any areas that could become focal points of your signature. A simple and clear signature will be easier for people to read, but a more complex signature might show more flair. The more flourish you put into your signature, the more flamboyant you may seem. Consider how your signature might speak to the luxury of time. Busy doctors often scrawl hasty, illegible signatures, whereas famous writers often take the time to orchestrate intricate designs. Signatures that include just your initials (with or without the middle initial) are usually considered more formal and businesslike than full-name signatures. If you're worried about forgery, consider making your signature longer and more legible. Include your entire first and last name. Be sure to write clearly. It is easier to forge scribbled signatures than it is to copy the nuances of a practiced, legible signature. Some people sign their full name, and some sign only their first or last name. Some just use their initials. If you are known only by your first or last namelike Beyonce or Ronaldo then you might consider using just the first name. If you are a professor who typically goes by their last name, you may just sign your surname. Look at the signatures of famous people, and consider whether you want to emulate anybody. Kurt Vonnegut, Walt Disney, Salvador Dali, Picasso, and John Hancock (among many others) are all known for their unique signature styles. Don't be afraid to borrow eye-catching elements and add them to your own signature.
Summary: Read over your current signature. Consider what you want your signature to say about you. Think about which parts of your name you want to include. Draw inspiration from other signatures.

In one sentence, describe what the following article is about: When diluting solutions, you must know the concentration of the working stock and the final concentration that you want your solution to have. This method is useful for diluting highly concentrated solutions into less concentrated solutions. For example: Make 75 mLs of a 1.5 M stock of NaCl from a working stock of 5 M. The working stock is at a concentration of 5 M and you want to dilute to a final concentration of 1.5 M. You must also define the total volume of the solution you want to make. You will calculate the amount of working solution that needs to be added in order to dilute it to the final concentration and volume. For example: Make 75 mLs of a 1.5 M stock of NaCl from a working stock of 5 M. To determine the amount of working stock that needs to be diluted, you use the formula V1C1=V2C2; V1 is volume of the working stock and C1 is the concentration of the working stock; V2 is the desired final volume and C2 is the desired final concentration of the solution. For example: Make 75 mLs of a 1.5 M stock of NaCl from a working stock of 5 M. To calculate the volume of the working stock needed, the equation gets rearranged to solve for V1: V1 = (V2C2)/C1 V1 = (V2C2)/C1 = (0.075 L * 1.5 M)/5M = 0.0225 L. Convert L back to mL by multiplying by 1000: 22.5 mL. When diluting the stock solution, you need to make sure that you dilute to your final volume. By subtracting the volume of the stock solution to be added you will make sure the dilution is done properly. For example: You want a final volume of 75 mLs and will be adding 22.5 mL of the stock solution. Therefore, 75 22.5 = 52.5 mLs. This volume is the amount of dilution solution you will use. Using a graduated cylinder (measuring equipment for volumes), measure out the volume of the stock solution and then mix it with the volume of the dilution solution. For example: Measure 22.5 mLs of the stock 5 M solution of NaCl and dilute it with 52.5 mLs of water. Stir to mix. Label the container with both the concentration and the compound: 1.5 M NaCl. Remember, if you are diluting an acid with water, always add the acid to the water.
Summary: Define the concentration of each solution. Determine the volume of the solution you want to make. Calculate the volume of working stock to be added to the final solution. Subtract the volume of the stock solution from the desired final volume. Combine the calculated volume of the stock solution with the volume of the dilution solution.

In one sentence, describe what the following article is about: Fill your home with indoor plants to purify the air and increase oxygen in your space. If you have limited room, put plants in the rooms you use the most, like your bedroom and kitchen. If you have pets, research online before purchasing plants to make sure they're non-toxic. All plants are good at boosting the oxygen in your home, but the following are very efficient: Aloe English ivy Rubber tree Peace lily Philodendron Snake plant Spider plant Red-edged dracaena Golden pothos Though not scientifically proven, some believe that lamps made from pink Himalayan salt may help to purify the air. They emit a nice pink glow as well. This may not generate enough negative ions to change your environment, but it might help remove some of the toxins in the air around you. Candles made of beeswax don't smoke when they're lit, and they don't release chemicals as they burn. Similar to salt lamps, these candles don't release enough ions to purify the air completely. However, beeswax candles may be a healthier substitute for more common candles made of paraffin, which usually emit pollutants. You can purchase beeswax candles at your local health food store or online. Never let candles burn unattended.
Summary:
Put plants in your home. Get a salt lamp. Burn beeswax candles.