Article: Kids' nets are not actually good for catching butterflies. They are too short and can hurt the butterfly. A longer net is better, because you catch the butterfly in the netting, not on the hoop.  Your net should be at least 2 feet deep. However, keep in mind, in some areas, you will need a permit to carry a butterfly net. Check with your local laws to see if it applies to you.  Your hoop should be wide enough to make it easy for butterflies to fit through, though you don't want it so large that you can't handle it easily. Also, you should be able to see through the netting. The netting should be coarse, so you can move it through the air without much wind resistance. The handle should be sturdy enough that it doesn't break when you flip the net around. Woods are often good places to find butterflies, but your backyard can be just as good. If you plan to catch butterflies, you might consider planting flowers that local butterflies are attracted to. For instance, marigolds, milkweed, buckwheat, zinnia, and heliotrope are flowers that many butterflies are attracted to. You may have a vision of swooping your net through the air to catch a butterfly in flight. However, the reality is it's much easier to catch one that's stationary. Look for butterflies sitting on flowers, drinking nectar, or roosting.  In tropical climates, you'll usually find butterflies roosting underneath leaves or branches, and you'll find them there in temperate climates, too, when it's raining or cloudy. Otherwise, you'll often find them roosting on the tops of grass or leaves in temperate climates. Remember that some butterflies will be camouflaged very well to blend in with their surroundings, so you'll need to look closely. If you can, move in from the back of the butterfly, trying to quietly and slowly move in. Once you are in range, flip the net over the butterfly. Do it in one quick motion, so the butterfly doesn't move away before you've caught it. You can catch one in flight; it's just much harder to do. The best way to do it is to first sneak up on the butterfly from behind. Next, do a quick scoop to surround the butterfly with the net. Flick the net so it can't escape. Once you've caught a butterfly, fold the netting over the hoop. That way, the butterfly can't escape through the hoop. This is one reason why you want your netting so long. You can pull it over the hoop and not hurt the butterfly.
Question: What is a summary of what this article is about?
Buy a good net. Find a good place to look for butterflies. Look for butterflies that aren't in motion. Sneak up on it. Catch one in flight. Fold the net over.
Article: It's in the top-right corner of the Chrome window. Clicking it prompts a drop-down menu. This option is near the bottom of the drop-down menu. The Settings page will open. It's at the very bottom of the page. More options will appear below the Advanced option. You'll find this option near the bottom of the "Privacy and security" group of options. Click each unchecked box on this window to ensure that all options are checked. It's at the top of the window. This option erases all of your data, not just the data from the last week, day, or so on. It's a blue button at the bottom of the window. Doing so will clear your Chrome browser's history, cookies, passwords, and other data.
Question: What is a summary of what this article is about?
Click ⋮. Click Settings. Scroll down and click Advanced. Click Clear browsing data. Make sure every box in the window is checked. Click the "Clear the following items from" box. Click the beginning of time. Click CLEAR BROWSING DATA.
Article: Probability can only be calculated when the event whose probability you’re calculating either happens or doesn’t happen. The event and its opposite both cannot occur at the same time. Rolling a 5 on a die, a certain horse winning a race, are examples of mutually exclusive events. Either a 5 is rolled or it isn’t; either the horse wins or it doesn’t. Let’s say you're trying to find the likelihood of rolling a 3 on a 6-sided die. “Rolling a 3” is the event, and since we know that a 6-sided die can land any one of 6 numbers, the number of outcomes is 6. So, we know that in this case, there are 6 possible events and 1 outcome whose probability we’re interested in calculating. Here are 2 more examples to help you get oriented:   Example 1: What is the likelihood of choosing a day that falls on the weekend when randomly picking a day of the week? "Choosing a day that falls on the weekend" is our event, and the number of outcomes is the total number of days in a week: 7.  Example 2: A jar contains 4 blue marbles, 5 red marbles and 11 white marbles. If a marble is drawn from the jar at random, what is the probability that this marble is red? "Choosing a red marble" is our event, and the number of outcomes is the total number of marbles in the jar, 20. This will give us the probability of a single event occurring. In the case of rolling a 3 on a die, the number of events is 1 (there’s only a single 3 on each die), and the number of outcomes is 6. You can also express this relationship as 1 ÷ 6, 1/6, 0.166, or 16.6%. Here's how you find the probability of our remaining examples:   Example 1: What is the likelihood of choosing a day that falls on the weekend when randomly picking a day of the week? The number of events is 2 (since 2 days out of the week are weekends), and the number of outcomes is 7. The probability is 2 ÷ 7 = 2/7. You could also express this as 0.285 or 28.5%.  Example 2: A jar contains 4 blue marbles, 5 red marbles and 11 white marbles. If a marble is drawn from the jar at random, what is the probability that this marble is red? The number of events is 5 (since there are 5 red marbles), and the number of outcomes is 20. The probability is 5 ÷ 20 = 1/4. You could also express this as 0.25 or 25%. The likelihood of all possible events needs to add up to 1 or to 100%. If the likelihood of all possible events doesn't add up to 100%, you've most likely made a mistake because you've left out a possible event. Recheck your math to make sure you’re not omitting any possible outcomes. For example, the likelihood of rolling a 3 on a 6-sided die is 1/6. But the probability of rolling all five other numbers on a die is also 1/6. 1/6 + 1/6 + 1/6 + 1/6 + 1/6 + 1/6 = 6/6 , which = 100%. This just means that there is no chance of an event happening, and occurs anytime you deal with an event that simply cannot happen. While calculating a 0 probability is not likely, it’s not impossible either. For example, if you were to calculate the probability of the Easter holiday falling on a Monday in the year 2020, the probability would be 0 because Easter is always on a Sunday.
Question: What is a summary of what this article is about?
Choose an event with mutually exclusive outcomes. Define all possible events and outcomes that can occur. Divide the number of events by the number of possible outcomes. Add up all possible event likelihoods to make sure they equal 1. Represent the probability of an impossible outcome with a 0.