Write an article based on this "Understand that rejection is part of the dating deal. Listen to your gut instinct."
article: Some women won't be interested because they don't feel the spark or the click. Respect thatit's far better to have honesty up front than to insist on a meeting of minds and bodies that is never going to be nicely compatible but is forced and uncaring. Rather than taking rejection personally, realize that this is an important step in finding the right woman amid a sea of women who aren't your perfect match. Sometimes you'll be rejected because it's not the right time in her life to be committing to a relationship. Perhaps she's going through a messy divorce, perhaps a big career move is on her radar or perhaps she just needs time to heal after a bad relationship. If she is really worth it, give her wide berth while remaining friendly and just be patient. Otherwise, wish her the best of luck and keep looking. A single rejection doesn't mean there is something wrong with you as a person (she may like you but not know how to express it!). However, if you experience repeated rejections, you may want to address your grooming, your mannerisms with women, or even your whole approach. It could be that you're doing something wrong and that's always easy to fix.

Write an article based on this "Try to maintain eye contact for long periods of time without blinking. Practice your ability to focus with your eyes. Improve your peripheral awareness."
article: Look at yourself in a mirror and time how long you can maintain eye contact without blinking. You can also have a staring contest with someone else to test your ability. Having full command over your eye movements will help you maintain steady eye contact with the other person during the hypnosis. Do this by looking at a close object, like a pen or pencil and then a distant object in the room. Hold the pencil close to your face. Focus on the pencil. Move from focusing on the pencil to an object that is further away, like a picture on the wall or a doorknob. Return to focusing on the pencil. Then focus on the distant object. Continue practicing this to improve your focus flexibility. This is your ability to see objects and movements on either side of you without having to turn your head. To improve this ability: Sit in a busy scene outside on a sidewalk. Or sit in front of a TV or computer screen that is playing a busy scene. Try to look at the busy scene with your head turned to one side. Then, look at the scene with your head turned to other other side. Try to see as much of the scene as possible on either side. Make sure you practice from the left and from the right.

Write an article based on this "Understand what a logarithm is. Identify the characteristic of the number whose log you want to find. Slide your finger down to the appropriate row on the table using the leftmost column. On the appropriate row, slide your finger over to the appropriate column. If your log table has a mean difference table, slide your finger over to the column in that table marked with the next digit of the number you're looking up. Add the numbers found in the two preceding steps together. Add the characteristic."
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102 is 100. 103 is 1000. The powers 2 and 3 are the base-10 logarithms of 100 and 1000. In general, ab = c can be rewritten as logac = b. So, saying "ten to the power of two is 100" is equivalent to saying "the base-ten log of 100 is two." Each logarithmic table is only usable with a certain base (a in the equation above). By far the most common type of log table uses base-10 logs, also called the common logarithm. Multiply two numbers by adding their powers. For example: 102 * 103 = 105, or 100 * 1000 = 100,000. The natural log, represented by "ln", is the base-e log, where e is the constant 2.718. This is a useful number in many areas of math and physics. You can use natural log tables in the same way that you use common, or base-10, log tables. Let's say you want to find the base-10 log of 15 on a common log table. 15 lies between 10 (101) and 100 (102), so its logarithm will lie between 1 and 2, or be 1.something. 150 lies between 100 (102) and 1000 (103), so its logarithm will lie between 2 and 3, or be 2.something. The .something is called the mantissa; this is what you will find in the log table. What comes before the decimal point (1 in the first example, 2 in the second) is the characteristic. This column will show the first two or, for some large log tables, three digits of the number whose logarithm you're looking up. If you're looking up the log of 15.27 in a normal log table, go to the row marked 15. If you're looking up the log of 2.57, go to the row marked 25. Sometimes the numbers in this row will have a decimal point, so you'll look up 2.5 rather than 25. You can ignore this decimal point, as it won't affect your answer. Also ignore any decimal points in the number whose logarithm you're looking up, as the mantissa for the log of 1.527 is no different from that of the log of 152.7. This column will be the one marked with the next digit of the number whose logarithm you're looking up. For example, if you want to find the log of 15.27, your finger will be on the row marked 15. Slide your finger along that row to the right to find column 2. You will be pointing at the number 1818. Write this down. For 15.27, this number is 7. Your finger is currently on row 15 and column 2. Slide it over to row 15 and mean differences column 7. You will be pointing at the number 20. Write this down. For 15.27, you will get 1838. This is the mantissa of the logarithm of 15.27. Since 15 is between 10 and 100 (101 and 102), the log of 15 must be between 1 and 2, so 1.something, so the characteristic is 1. Combine the characteristic with the mantissa to get your final answer. Find that the log of 15.27 is 1.1838.