Problem: Write an article based on this summary: Get a magnet and tape it to the end of a high RPM drill and make sure it is held in place very tightly, use Duct or packing tape. Hold the rigged drill next to the spot to be fixed, make sure it is about 23 centimeter (0.81.2in) away from the screen. Now pull the trigger an you'll see the screen blur rapidly, this is normal so do not worry. While the drill is running, slowly pull away from the screen and you may see it is fixed. This process may need to be repeated due to magnet strength and drill speed but it will work. Due to physics the fast, random turning of the magnet/s will fix the screen's colors.

Answer: You could also use a small electric fan. The motor creates the same magnetic field as the drill. When you turn on the fan hold the back of it onto the screen. From then you can go on from step 4.

Problem: Write an article based on this summary: Try to sleep on one side in the fetal position. Put a pillow or a rolled towel under your knees if you tend to sleep on your back. Adjust your sleep position if you wake up during the night. Check that your mattress does not sag or have lumps. Pay attention to the temperature in the room.

Answer: One of the major causes of morning back pain is a poor sleeping position during the night. Like sitting with poor posture in a chair all day, sleeping in a poor position all night will cause your back to become stiff and tense, leading to back pain in the morning (think about it: that's eight hours in a position that strains your back). Though it may be difficult to train your body to embrace a different sleep position than customary, it is worth doing as a way to prevent morning back pain. Try to sleep on one side with your legs bent and tucked towards your chest. You can also place your hands by your head or under your pillow. This fetal sleeping position will put very little stress on your back and help to prevent stiffness and discomfort in the morning. You may also want to place a pillow between your legs while you lay on your side to help release tension in your lower back. Tuck the pillow between your knees and let your legs relax. If you tend to get the best sleep when sleep on your back, slide a pillow or a rolled towel under your knees before going to bed. This will help to relieve any stress or tension on your back as you sleep. If you are a light sleeper and tend to wake up throughout the night, make an effort to shift your sleep position so your back is better supported. This could mean moving from sleeping on your back to sleeping on one side in the fetal position. Or, you may place a pillow on either end of the bed to prevent you from rolling around onto your stomach or your back during the night. Over time, your body may adapt on its own to a sleep position that is better for your back. You should make sure you are sleeping on a good quality mattress that is not sagging in certain areas or lumpy. A good mattress can help to provide good support for your back as you sleep, especially if you tend to sleep on your back. You may want to invest in a mattress pad that you can place over your mattress to make it more comfortable and smooth, or consider getting a new mattress if your mattress is getting old and starting to sag. Sometimes, the wrong temperature can have effects on back pain and tightness. For example, workers in cold environments are at greater risk of developing low back pain. Pay attention to room temperature and make sure you sleep in a comfortable setting. If your room is cold, try to increase the size of the comforter or blanket. Cold temperature at night can tighten up the muscles and lead to muscle aches in the morning. You may also want to see if your room is damp or too hot also. Not everyone will react to the same temperature the same way.

Problem: Write an article based on this summary: Allow for flexibility. Only use positive reinforcement when training. Do not allow your Shih Tzu around young children.

Answer: Shih Tzus love their people, but they're not as people pleasing as other breeds. They tend to be stubborn and may not consistently follow your rules. A Shih Tzu's mood is dynamic. She may be willing to sit and stay one day in order to get a treat, but may show no interest in the treat the next day. You can't always use the same training tactics with a Shih Tzu. You might have to switch up how you reward and punish behavior. If your Shih Tzu is ignoring food one day, try rewarding her with praise, toys, or a walk. Shih Tzus are a highly intelligent breed and expect rewards for good behavior. Have a variety of ideas on hand to reward your dog for being good. Although Shih Tzus can be notoriously difficult to train due to their stubborn streak, being firm with them without resorting to scolding or heavy discipline, is an effective means of training. If your Shih Tzu is acting out or misbehaving, it's better to simply ignore the behavior. Do not give in to jumping, biting, or other attention grabbing behaviors. Do not make eye contact with your Shih Tzu if she misbehaves and do not speak to her or touch her. If your Shih Tzu realizes certain behaviors do not result in attention, she'll cease using them. Always praise a Shih Tzu for behaving well. Shih Tzus enjoy human interaction and affection and are willing to work for praise. Positive reinforcing good behaviors while ignoring bad ones is a great way to get your Shih Tzu to behave. Shih Tzus are great pets, but tend to be one person dogs and prefer homes with more mature family members. Children under the age of 3 might not do well with a Shih Tzu as they'll fail to understand the breed needs boundaries. If you have young children, consider opting for a different breed or keeping your kids and your dog separate.

Problem: Write an article based on this summary: Gather your supplies. Paint your styrofoam balls. Pair off the nitrogenous bases. Make the double helix. Attach the nitrogenous bases to the double helix strands. Twist the double helix.

Answer:
For this version of the project, you will need small styrofoam balls, a needle and thread, paint, and toothpicks. Choose 6 different colors to represent the sugar and phosphate groups, and the 4 nitrogenous bases. They can be any 6 colors of your choice. You will need to paint 16 sugar balls, 14 phosphate balls, and 4 different colors for each of the nitrogenous bases (cytosine, guanine, thymine, and adenine). You could choose to have one of the colors be white, so that you don't have to paint some of the styrofoam. This might be easiest for the sugar balls, as it will greatly reduce your total amount of work. Once the paint has dried, designate 1 color for each of the nitrogenous bases, and then pair them with their matching base. Cytosine always goes with guanine, and thymine always goes with adenine. The order of the colors does not matter, as long as they are in the correct pairs. Stick a toothpick between each of the pairs, leaving a little extra space at the sharp ends of the toothpicks. Using the needle and string, cut a piece that is long enough to go the length of 15 styrofoam balls. Tie a knot at one end of the string, and thread the needle on the other. Line up the styrofoam sugar and phosphate balls, so that they alternate in sets of 15. There should be more sugar balls than phosphate balls. Make sure that the 2 strands of sugar and phosphate are in the same order, so that they line up when placed next to each other. Thread through the centers of each alternating string of styrofoam sugar and phosphate balls. Tie the string off at the end of each strand, to prevent the balls from sliding off. Take the toothpicks with your pairs of nitrogenous bases, and stick the sharp end to the matching sugar balls on each long strand. Only attach the pairs to the styrofoam balls representing sugar, as this is how DNA is attached in real life. Make sure that enough of the toothpick is attached to the strands that the pairs of bases will not fall off easily. Once all the pairs of toothpick bases have been attached to the sugar, twist the double strands in a counter-clockwise direction to mimic the appearance of a true double helix. Your model is now complete!