Write an article based on this "Water regularly. Mulch as needed. Fertilize with caution. Handle the chickpeas carefully. Manage pests as you see them. Keep an eye out for signs of disease."
article: Regular rainfall is usually sufficient, but if the season is a dry one, water the chickpeas twice a week during the flowering and pod formation stages. Avoid "overhead" watering. Water can get on the flowers and pods, causing them to break off prematurely. Pouring water over the plant can also invite mildew to develop. When you water the chickpeas, water them directly at the soil level. Once the pods mature and the plant begins to die back on its own, cut back on watering the plant. Once every one to two weeks should suffice. Doing so encourages the drying process, which you'll want to the plant to go through before the harvest. Once the weather warms up, you should add a light coat of mulch around the stems. Doing so can retain an adequate amount of soil moisture, which is especially important if your plants are receiving full sun. Mulch can also help prevent weeds from invading the plant bed. You can add a little aged compost or similar organic material to the soil around the chickpeas mid-season. As before, though, you should avoid adding nitrogen-rich fertilizers. Chickpeas work with microorganisms in the soil to produce their own nitrogen, so they receive all the nitrogen they really need. Any excess nitrogen will cause the leaves to grow bushier and may dampen the eventual yield. When removing weeds or adding anything to the soil, you need to work carefully to avoid disturbing the plant's root system. The root system of a chickpea plant is quite shallow, so working too close to the base of the plant can cause damage to its roots. You should also avoid handling the plants when they are wet since doing so can cause fungus spores to spread quickly. Chickpeas are vulnerable to attacks by a range of different pests. You should avoid pre-treating the plant for pests, though, and instead wait until you spot pests before taking action against them. Adult aphids, leafhoppers, and mites can be controlled with a blast of water from the hose or insecticidal soap. After noticing adult pests, look for eggs and crush them between your fingers. Alternatively, simply cut away any leaves with egg cases on them. For notably bad infestations, try a natural and food-safe pesticide containing pyrethrins. You should also keep the garden free of debris to reduce the number of pests. These plants are also vulnerable to a few different diseases, including blight, mosaic, and anthracnose. Plant disease-resistant varieties when possible. To avoid the spread of disease, keep the planting bed free of debris and avoid handling the plants when they are wet. Remove diseased plants and discard them to prevent the disease from spreading. Burn them or put them in the trash, but do not use them for compost.

Write an article based on this "Identify the 3 main terminals sticking out of the middle of the pot. Read the resistance numbers printed on your pot to see what range you can achieve. Set your pot on a flat surface with the 3 terminals facing you. Measure and strip any wires that you're going to be using."
article: Place your pot on a flat surface with the 3 prongs that stick out facing you. These are your terminals. The first terminal, or terminal 1, is your ground. The middle terminal, or terminal 2, is the input signal for the pot. The third terminal, or terminal 3, is your output signal. The shaft on top controls a small ring attached to the second terminal. Turning it controls how low or high the input is. If it helps, think of a potentiometer as a dimmer switch. The ground is all the way off, terminal 2 is the switch itself, and terminal 3 is the switch turned all the way up. A potentiometer is almost always used to throttle an input signal so that it can be adjusted. Sometimes, you can use a pot to overclock a device with a stronger signal. Pots are rarely used to control signals that are more than a couple of volts, but the amount of resistance that they provide is important. The higher the range, the more control you'll have over your device. The number on the front of the pot tells the highest level of resistance that the pot can achieve. So a 200K pot can provide a maximum of 200,000 ohms of resistance. 100K is the most common kind of potentiometer on the market, since it has a solid range for audio equipment. These numbers are always printed directly on to a pot. Usually, they're right next to the shaft on the opposite side of the terminals. Place your pot down on a flat surface next to your electronic device. If you know that you're going to install the pot in a particular location, start there. Turn the 3 terminals so that they're facing you. Remove any panels on your electronic device to expose the backside of any input or output ports. If you're working on a breadboard, set the pot on the upper-most set of rows with the terminals facing you. You can use any kind of soldering wire to connect the terminals to the device so long as they aren't acid-core. If you have an installation location set up, measure each length of wire from the terminal to the device. Strip any wires to expose the copper by using wire cutters. Use the notches on the cutter's blades to cut and remove 0.51in (1.32.5cm) of plastic from the tip of each wire. You'll need to solder your wires, so get your soldering iron and flux and set them out on your work surface. Acid-core soldering wire is used for plumbing. It won't work with your electronics. If you're wiring a specific kind of electronic device that uses specialized wires, go ahead and use those if the soldering wires don't work.

Write an article based on this "Let the water settle for 2 minutes so debris will come out. Dump the debris and rinse out the bucket. Leave the bucket of clay-water to dry overnight. Leave your clay in the sun until it reaches your desired consistency."
article:
Set a timer and wait for 2 minutes as the debris settles to the bottom of the bucket. The clay will stay suspended in the water. It's okay if there's a thin layer of water on top of the muddy clay water. Empty the contents of the first bucket onto the ground or into a trash can. Then, use a water hose or tap to rinse out the bucket until it's clean. Don't worry about soaping up the bucket. You're just going to use it to rinse the clay again. At this point, the clay should be very watery. Set the bucket uncovered in a place it won't be disturbed. Then, let it sit for at least 8 hours so that the water can evaporate away. Your clay will still be really runny after it sits out overnight. Open the fabric and lay the clay out on the ground. Use your hand to spread out the clay over the fabric so it suns evenly. Check the clay every 6-8 hours during daylight to see if it feels like it's ready for pottery. Expect it to take about a day to reach the right consistency. It's okay to start using your clay for pottery as soon as you're happy with the consistency.