INPUT ARTICLE: Article: Your goal with this method is to destroy the lock pins and allow you to turn the car over using a screwdriver, rather than the key. This is commonly done on cars the keys to which are lost. Every lock pin has two sections followed by a spring, so drill it more than once, removing the drill each time to allow the bits of the lock inside to fall into place. It doesn't have to go in deep because the pins are already broken. Use it the same way you use your key, just turn it about a quarter-turn in a clockwise direction to try to turn the engine over. Warning: this method will destroy your key switch and make it so that anyone with a screwdriver or a strong fingernail can steal your car.

SUMMARY: Position the drill on the keyhole about 2/3 of the way up. Drill in about the length of a key. Put the screwdriver in the same way you would put your key in.

In one sentence, describe what the following article is about: To give your hermit crab time outside of its enclosure, you will need to pick it up and place it somewhere safe. Grasp your hermit crab firmly around its shell when you pick it up. Do not grasp its body because it is likely to pinch you and you may also injure it in the process. Keep in mind that it is best not to handle your hermit crab too often. They do not like to be touched. Never place a hermit crab on a table or chair when you want to let it roam. Your hermit crab’s vision is not as good as yours, so it might not be able to tell where the surface of a table or other surface ends. This could lead to your hermit crab falling and getting injured. To keep your hermit crab safe, make sure that you keep a close eye on it the entire time it is out of its enclosure. Prevent it from crawling into tight spaces, falling down stairs, or getting into other dangerous situations.  If you are in your bedroom, close the door to help keep your hermit crab contained. Your hermit crab will need to eat, drink, sleep, and defecate at some point, so don’t keep it out for more than 1 hour. Never pull your hermit crab out of its shell and never pull it away from something it is clinging to. This may cause the hermit crab to lose 1 or more of its limbs. Even though the hermit crab’s limbs may grow back, it may be too injured to survive.
Summary: Pick up your hermit crab by the shell. Place the hermit crab on the ground gently. Supervise your hermit crab while it roams and explores. Don’t remove your hermit crab from its shell or pull on its limbs.

If you're using the zeppelin knot, test it out first to assure it's tied correctly. Pull on both ends of the knot, not the tail ends, with considerable pressure. The knot should not come undone. When done correctly, the zeppelin knot is very secure, but it's very easy to make a minor mistake. If you, for example, place the wrong loop on top, or pass one tail over instead of under, you'll end up with a final product that looks similar to a zeppelin knot but lacks the stability.  If your knot is not secure, redo the process and go slower this time. You may have accidentally made a minor mistake along the way. Never use a zeppelin knot that seems loose to secure a heavy load. The zeppelin knot can be used in a variety of situations. You can use it to secure heavy loads by tying together cables. You can also use it to secure slippery, synthetic rope together, as this rope may be resistant to other types of knots. If you're using pointy or harsh rope, be careful. The tail ends of the knot will stick out to either side.  Avoid contact with the tail ends if you're using harsh rope, as they could poke or scratch your skin. You may want to handle a zeppelin knot with gloves.
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One-sentence summary -- Check that your knot is secure before using it. Use the knot for the right situations. Watch out for the tail ends of the knot when using the zeppelin knot.

Q: The formula for the frequency of a wave in a vacuum is almost identical to that of a wave not in a vacuum. Since there are no outside influences on the velocity of the wave, though, you would use the mathematical constant for the speed of light, which electromagnetic waves would travel at under these conditions. As such, the formula is written as: f = C / λ  In this formula, f represents frequency, C represents the velocity or speed of light, and λ represents the wavelength of the wave. Example: A particular wave of electromagnetic radiation has a wavelength of 573 nm when passing through a vacuum. What is the frequency of this electromagnetic wave? When the problem gives you the wavelength in meters, no further action is needed. If, however, the wavelength is given in micrometers, you need to convert this value into meters by dividing it by the number of micrometers in a single meter.  Note that when working with extremely small numbers or extremely large numbers, it is generally easier to write the values in scientific notation. The values will be shown in and out of their scientific notation forms for this example, but when writing your answer for homework, other schoolwork, or other formal forums, you should stick with scientific notation. Example:  λ = 573 nm 573 nm x (1 m / 10^9 nm) = 5.73 x 10^-7 m = 0.000000573 The speed of light is a constant, so even if the problem does not provide you with a value, the value remains 3.00 x 10^8 m/s. Divide this value by the wavelength converted into meters. Example: f = C / λ = 3.00 x 10^8 / 5.73 x 10^-7 = 5.24 x 10^14 With this, you should have calculated the value of the frequency of the wave. Write your answer in Hertz, Hz, the unit for frequency. Example: The frequency of this wave is 5.24 x 10^14 Hz.
A: Learn the formula. Convert the wavelength into meters, if necessary. Divide the speed of light by the wavelength. Write your answer.

Article: It will help you determine what kind of adjustments you need to make. First, check that each door lines up with its neighbors. Look for any doors that look too high, too low, have a gap between them, or overlap one another too much. Make sure the doors close all the way as well. Note all the problems with each door’s positioning, since some of them may require a couple of adjustments. For example, one could be crooked and also need to be raised. Plan on tackling the adjustments one at a time. Each door has a hinge mounted to it and the inside surface of the cabinet. Swing the door all the way open to fully extend the hinge. You will then be able to reach the screws on the inner part of the hinge. Euro-style hinges connect to a plate mounted on the cabinet door. You will see a pair of screws securing the plate to the door, but they don’t control the hinge at all. They are only there to hold the hinge in place. Adjusting Euro-style hinges is easier when you have another person holding onto the door. Let someone else brace the door while you loosen the screws. They can prevent the door from falling out of alignment and allow you to reposition it once it is able to be moved. If you’re working alone, you can still take care of the adjustments. However, keep a firm grip on the door at all times in case it comes loose.
Question: What is a summary of what this article is about?
Close the cabinet doors and look at their positioning. Open the door wide so that you can access the hinge. Hold the door steady before you begin adjusting it.

INPUT ARTICLE: Article: If you have extra 1 in (2.5 cm) pieces of scallions, transfer them to an airtight container and refrigerate them for up to 1 day. Keep in mind that the longer the scallions are stored, the softer they'll become. If the scallions become limp, put them in a bowl of ice water for 30 minutes so they crisp up.

SUMMARY:
Store the leftover pieces of scallions.