Problem: Write an article based on this summary: Cut the apple. Separate the oranges into segments. Place the produce through the juicer and collect the juice. Add honey, if desired.

Answer: Slice the apple into small sections. Make sure to cut the apple far enough from the core that you don't end up with seeds stuck in your apple slices. If you notice any seeds, remove them from the slices.  You will not be using the core in your apple juice, so throw that away when you're done. Apple skin does contain some fiber, so you don't need to peel the apple if you don't want to. Your juice will taste just as good with the skin still on. Peel the skin from the oranges first. You can then use your fingers to pull the oranges apart into individual sections. Oranges are divided into sections naturally, so it's usually not necessary to use a knife when cutting oranges. How you do this precisely depends on your juicer. Usually, you will put a cup or pitcher down where the juice comes out. Then, you will feed the fruit into the machine and collect the juice as you go.  The order does not matter. You can put either the apples or oranges first. Once you've collected the apple and orange juice, use a spoon to mix the two juices together. If the juice is not sweet enough for you, add two teaspoons of honey. However, remember honey contains sugar. If you're watching your sugar intake, be careful about adding extra honey. If you dislike foods that are especially sweet, try adding one teaspoon of honey and then tasting the juice. If you want it slightly sweeter, add another teaspoon.


Problem: Write an article based on this summary: Heat up a straightening iron.

Answer: Plug in your iron and let it heat thoroughly. Using a higher heat setting will result in a longer-lasting, sleeker look, while a lower heat setting will leave some texture in your hair.  If you have fine hair, then you should stick to a lower temperature. A good temperature for fine hair is 300 °F (149 °C). If you have thick hair, then you may need a higher temperature to get your hair straight.


Problem: Write an article based on this summary: Choose a wax. Gather your supplies. Melt the wax. Secure the wick in place in the jar. Pour the candle. Let the candle cure.

Answer: There are a few wax options for making candles, and beeswax, soy, and paraffin are among the most popular. Beeswax candles are a natural air purifier, but the wax has a high melting point and must be mixed half and half with an oil, such as palm, to lower the melting point.  Soy is a great vegetable wax option for candles and is readily available online or at craft stores. Paraffin wax is a traditional choice for candles, but paraffin is a petroleum product and can contribute to poor air quality. Another option is using leftover wax from other candles. Store the wax from candles you burn until you have enough to make a new candle. Two cups (227.5grams) of wax will yield an eight-ounce candle. Along with your wax, you will also need a wick, jar, double boiler, and a clean, dry towel. For a scented or colored candle, you’ll also need dye and fragrance.  Be sure to buy lead-free wicks. If your wick isn’t attached to a metal base (called a tab or sustainer), be sure to purchase one separately. For the jar, you can use a recycled candle jar, mason jar, cleaned out glass jar from the kitchen (like a salsa jar),  or even an old metal tin. You’ll also need something to stir the wax and secure the wick tab in place, such as a spoon, chopstick, or skewer. You can also use a clothespin or pencil to secure the wick in place while the candle sets. For scented candles, you can either use your favorite essential oils or fragrance oil. For colored candles, you can purchase dye chips, blocks, or liquid. Scents and dyes can be found at most craft stores or candle suppliers. Fill the bottom of the double boiler with about an inch (2.5 cm) of water. Place the top portion of the double boiler in position and put in your wax. Heat it over medium heat.  If your wax came in a large block, cut it into smaller chunks before melting it. Always use the double boiler method to melt wax, and never try to melt the wax faster at a higher temperature. Wax has a low flash point and can catch fire.  If you don’t have a double boiler, you can place a large, heat-safe glass bowl on top of a metal saucepan and use it as the top portion of the double boiler. Dip the base of the wick into the wax, pull it out, and then position the wick base in the bottom center of your candle jar. Use a spoon handle, chopstick, or skewer to press it down until the wax dries, holding the wick in place. Lay a clothespin, chopstick, pencil, or skewer across the rim of the candle jar. If you’re using a clothespin, simply clamp the wick into place so it is straight and centered. If you’re using a chopstick, wrap the excess wick around the chopstick to keep it in place, straight, and centered. Pour the wax into the jar, making sure you don’t pour wax all over the top of the wick. Fill the jar, leaving about one-quarter inch of space between the top of the wax and rim of the jar (this may not be necessary if you don’t have that much wax). Wrap the jar with the clean towel. This will prevent the wax from cooling too quickly, and prevent the candle from shrinking and cracking. Let the candle set for about 24 hours. This will give the wax time to fully dry, and give the dye and fragrance time to bind with the wax. Once your candle has cured, remove the towel, remove the clothespin, and trim the excess wick to one-half inch.


Problem: Write an article based on this summary: Write the integer at the top of the page. Find two numbers you can multiply together to get the number, not including 1. Look for prime factors. Continue to factor non-prime numbers. Write an exponential expression for each prime factor. Write the equation for the prime factorization of the number.

Answer:
You need to leave enough room so that you can set up a factor tree below it. You can use other methods to factor a number. Read Factor a Number for more instructions. For example, if you want to know many divisors, or factors, the number 24 has, write 24{\displaystyle 24} at the top of the page. These are two divisors, or factors, of the number. Draw a split branch coming down from the original number, and write the two factors below it. For example, 12 and 2 are factors of 24, so draw a split branch coming down from 24{\displaystyle 24}, and write the numbers 12{\displaystyle 12} and 2{\displaystyle 2} below it. A prime factor is a number that is only evenly divisible by 1 and itself. For example, 7 is a prime number, because the only numbers that evenly divide into 7 are 1 and 7. Circle any prime factors so that you can keep track of them. For example, 2 is a prime number, so you would circle the 2{\displaystyle 2} on your factor tree. Keep drawing branches down from the non-prime factors until all of your factors are prime. Circle the prime numbers to keep track of them. For example, 12 can be factored into 6{\displaystyle 6} and 2{\displaystyle 2}. Since 2{\displaystyle 2} is a prime number, you would circle it. Next, 6{\displaystyle 6} can be factored into 3{\displaystyle 3} and 2{\displaystyle 2}. Since 3{\displaystyle 3} and 2{\displaystyle 2} are prime numbers, you would circle them. To do this, look for multiples of each prime factor in your factor tree. The number of times the factor appears equals the exponent of the factor in your exponential expression. For example, the prime factor 2{\displaystyle 2} appears three times in your factor tree, so the exponential expression is 23{\displaystyle 2^{3}}. The prime factor 3{\displaystyle 3} appears 1 time in your factor tree, so the exponential expression is 31{\displaystyle 3^{1}}. The original number you are working with is equal to the product of the exponential expressions. For example 24=23×31{\displaystyle 24=2^{3}\times 3^{1}}.