Problem: Write an article based on this summary: Answer questions with relevant information. Take your time answering. Get to the interview early. Think positively and be confident.

Answer: One of the worst things that you can do when answering a tough question is ramble about something that isn't pertinent to the job or the position. Refrain from telling anecdotal stories from your childhood or personal likes and dislikes. Keep your answers short, accurate, and relatable to the role that you want to fill. A great way to keep on track is to talk about recent professional triumphs or victories. If you've prepared for the interview but the person interviewing you still throws you a curve ball, it's important that you take your time to think through your response deliberately. Pause for a moment and take the time to think about what you are going to say. Never answer a question with a "No" or "I don't know." Aim to expand your answers to give the interviewer some context. When you arrive early, it gives you time to relax and concentrate on the interview. Make sure to plan your route the night before so that you can get to the interview feeling confident and prepared. Visualize yourself doing great on the interview and getting the job. Don't underplay your abilities or talk negatively about your past. Have confidence in what you do and try to smile throughout the interview.

Problem: Write an article based on this summary: Use conductive glass. Make a titanium dioxide solution. Coat the glass. Cook the solar cell. Stain the cells with tea.

Answer: Most conductive glasses are coated with an indium tin oxide residue. This allows the surface of the glass to conduct electricity rather than insulate it. You can buy conductive glass online or at a solar supply store. This glass is usually found in 1x1in (2.54x2.54 cm) squares. Add ethanol to your titanium dioxide in a glass beaker and stir. You should use the most pure ethanol you can find. Two hundred proof lab grade ethanol is best, but vodka or Everclear will work in a pinch. Use about one milliliter of ethanol per donut and shake or stir the solution in a glass or beaker. Put a layer of tape around three sides of the glass. This will help you control the depth of your coating. Use a dropper or pipet to drop a small amount of the titanium dioxide solution onto the surface of the glass. Use a microscope slide to scrape the the excess liquid off, leaving just a thin coating. Repeat this process ten times. Each drop should be sufficient to coat the glass one time with a thin film. In total, you will use ten drops to form ten layers of titanium dioxide. Put the solar cell into a clear, heatproof beaker or dish. Place the container on a hotplate (or place the solar cell directly on the hotplate). Turn the hotplate on and cook the cell for 10-20 minutes. You will have to watch the cell closely. It will turn brown, and then back to white. When the cell goes back to its original white color, this means that the organic solvents (the ethanol) have burned off, and the cell is finished heating. Teas contain organic compounds known as anthocyanins. These compounds are good at capturing light in the visible spectrum. Brew a cup of herbal tea and submerge the solar cell for a few hours. Darker teas, such as hibiscus, work best. This will stain the cell and allow anthocyanins to bind to the surface of the cell. The cell is now capable of capturing visible light. Prior to staining, the cell could only capture light in the UV spectrum.

Problem: Write an article based on this summary: Bend your index and middle fingers against the ball for a knuckle pitch. Adjust your follow-through by snapping your wrist for a nasty slider. Place your middle finger into a hole for a slider change-up or riser change-up. Hold the holes toward your hand and use a loose grip for a straight change-up.

Answer: First, arrange your hands into the basic grip for the pitch you want to modify. Modify it by bending your index and middle fingers at the first joint. Place your fingernails flat against the ball and keep these 2 middle knuckles raised up. When you release the ball, allow your top knuckles to push away the Wiffle ball to give it a spin. For example, with a knuckle slider, you'd get a counter-clockwise spin. Don't let your ring and pinky fingers wrap around the ball. Position your hands higher on the side with no holes for this pitch. For dramatic movement and a big break, turn your wrist slightly so that the holes face the batter when you follow through. Snap your wrist so your fingers graze the side of the ball when you release it. This will be a slower pitch than a regular slider but the dramatic curve will throw off the batter. This works best with a scuffed or cut Wiffle ball. Hold the ball with the holes as you would for a regular slider or riser, then insert the tip of your middle finger into 1 of the holes. Wrap your other fingers and thumb loosely around the ball. Throw a slider change-up over the top if you want to make the ball break left, or try throwing it at 3/4 if you want to add some rise toward the end. Use different arm angles to make the ball break at different spots when throwing a riser change-up. Face the ball's holes toward your palm and hold the ball with a secure grip. Just be sure not to cover the holes heavily with your fingers or palm. Hold the ball with just your index and middle fingers, or add your ring and pinky fingers to the grip to modify this pitch. Throw this forcibly as you would with a fastball, but whip the ball out of your hand at the end with a snap of your wrist. The goal of a change-up is to trick the batter into thinking you'll pitch a fastball, but the change-up will be a slower pitch.

Problem: Write an article based on this summary: Look at the bond's face value. Find the bond's "coupon" (interest) rate at the time it was issued. Multiply the bond's face value by the coupon interest rate. Calculate how much each bond payment is. Find the monthly interest.

Answer:
It is typically $1,000 or a multiple of that amount. Remember that the face value is the principal amount to be paid back when the bond reaches maturity. Pretend that in this case, the face value of the bond is $1000. This means you "loaned out" $1000, and expect $1000 back at the bond's maturity. The rate is stated in the bond's paperwork. It may also be called the face, nominal or contractual interest rate. The coupon rate established when the bond was issued remains unchanged and is used to determine interest payments until the bond reaches maturity. In this case, assume the coupon is 5%. By multiplying the bond's face value by its coupon interest rate, you can figure out what the dollar amount of that interest rate is each year. For example, if the bond's face value is $1000, and the interest rate is 5%, by multiplying 5% by $1000, you can find out exactly how much money you will receive each year. Remember when multiplying a number by a percent, to convert the number to a decimal. For example, 5% would be 0.05. $1000 multiplied by 0.05 would equal $50. Therefore, your annual interest payment is $50. Interest is typically paid twice a year. This information is stated when you purchase the bond. If a bond pays interest twice a year, the annual payment would be divided by two. In this case, every six months you can expect $25. If the bond pays monthly, the exact same approach as above would be used, but the $50 would be divided by 12, since there are 12 months in a year. In this case, $50 divided by 12 is $4.16, which means you would receive $4.16 monthly. You earn the interest only for the days you own the bond. If you buy a bond between interest payments, the market price will include the interest owed to the previous owner for the days he or she held the bond.