Write an article based on this "Stand erect, relaxed, with your hands at your sides. Hold the position for ten seconds. Hold this position for ten seconds."
article: Breathe deeply in preparation for your stretch - this will help oxygenate your muscle tissue, promoting healing and minimising lactic acid formation, which causes soreness. Find a stretching area where you have privacy and are unlikely to be surprised. Although unlikely, a jerking motion while stretching can hurt your back. You should feel your lower back begin to stretch. Because you're staring at your feet, it can be tempting to try to touch them. Don't do this - you can hurt your back by stretching it too far. You should feel a slight stretch in your lower back and/or the front of your hips.

Write an article based on this "Gather the information. Calculate CAGR with a mathematical formula. Learn with an example."
article: In order to calculate the CAGR, first you need to define the period of time for which you want to do the calculation. Next, you need to know the beginning value of an investment. Then, find out the ending value of the investment for the time period. Divide the ending value by the beginning value. Then raise the result to the power of 1 divided by the number of years in the time period. Finally, subtract 1 from the result. Raising a value to an exponent is done on a calculator by entering the first value, pressing the exponent button (usually represented as xy{\displaystyle x^{y}}), then entering the exponent value and pressing enter. Alternately, you can type the expression into Google using the "^" symbol between the base number and exponent. The search engine will solve it for you. In the example above, the period was three years, from 2012 to 2015. The beginning value was $10,000. The ending value was $19,500. Use the following formula: CAGR=((endingvalue/beginningvalue)1numberofyears)1{\displaystyle CAGR=((endingvalue/beginningvalue)^{
rac {1}{numberofyears}})-1} Using the above formula, CAGR=(($19,500/$10,000)13)1{\displaystyle CAGR=((\$19,500/\$10,000)^{
rac {1}{3}})-1} This equals (1.950.333)1{\displaystyle (1.95^{0.333})-1} This then equals 1.24931{\displaystyle 1.2493-1} Which solves to 0.2493, or 24.93 percent.

Write an article based on this "Connect one end of each alligator clip to the terminals of the battery. Connect the other end of each alligator clip to each pencil. Place the cardboard on top of the glass so the pencils are submerged. Watch the separation of hydrogen and oxygen occur."
article:
The battery is what actually produces the electrical current and so the alligator clips provide the pathway for transporting that current to the water. You need to attach one clip to the positive terminal and one to the negative terminal. Use a 6-volt battery but if you cannot find one, use a 9-volt battery. You can find this size of battery at pretty much any convenience store or supermarket. Make sure that the metallic part of the alligator clip is connected to the graphite of the pencil. You may have to shave down a little bit more of the wood from the pencil just to make sure that the alligator clips are completely connected to the graphite. Doing this completes the connection to the battery and allows the current to be transferred from the battery all the way through into the water. The way you cut the cardboard earlier means that it should sit nicely on top of the glass. Try to do this gently so that the pencils that are stuck through the cardboard don't get disturbed from their position. For this experiment to work, the graphite of the pencils needs to not be touching the side of the glass so just double check that here and adjust the pencils if need be. At this point, bubbles start to rise from the submerged points of graphite. This is the hydrogen and oxygen gas being split. Hydrogen gas will be bubbling from the pencil connected to the negative terminal and oxygen will be bubbling from the pencil connected to the positive terminal. Once you connect the alligator clips to the battery and graphite, the current begins to flow immediately. There will be more bubbles coming from the hydrogen pencil because there is twice as much hydrogen as oxygen in each water molecule.