Q: The easiest way to find hidden files is to use a file manager from the Play Store. There are tons of file manager apps available that can show you hidden files. This guide will focus on Amaze, which is free. The process will be very similar for most file managers. This will begin installing Amaze. You'll see the storage folders on your Android device. This will enable it, allowing you to view your hidden files. Use Amaze to navigate to the folder containing the hidden files. Hidden files will be slightly-grayed out compared to unhidden files.
A: Tap the Play Store app. Search for Amaze File Manager. Tap the Install button on the Amaze store page. Tap the Open button after Amaze installs. Tap the button in the upper-left corner. Tap Settings. Tap the Show Hidden Files and Folders slider. Find the hidden files on your device.

Q: In many parts of the world, food manufacturers are required by law to provide nutritional information on packaged food products. This information is presented in the form of a chart, which can usually be found on the back or side of the package. If you're curious about what you're eating, the nutrition facts label is where you should look first. A food's nutrition facts can tell you everything you need to know about what's in it, including a comprehensive ingredients list and an overview of each of the major macronutrients. When assessing a food's nutritional value, you should look at 3 things: protein, carbs, and fat. These macronutrients account for all of the calories in the item (aside from calories from alcohol). As a result, the exact amount of each macronutrient indicates what proportion of the total calories they make up. Alcohol also contains a significant number of calories. Each gram of alcohol is about 7 calories. A gram of protein is estimated to contain about 4 calories. A gram of carbohydrates also has 4, and a gram of fat is worth a whopping 9 calories. If the item you're eating contains 20g of protein, 35g of carbs, and 15g of fat, this means you would multiply 20x4, 35x4, and 15x9 to find the number of calories contributed by each macronutrient80, 140, and 135, respectively. Nutrients are always measured in grams. Make sure you're using the right standard when calculating food calories yourself. Now that you know how the calories are divided up, add together each individual count to get the combined calorie count for one serving of the item. Going off the previous example, 80 + 140 + 135 = 355 calories. This number should correspond with the estimate displayed on the item's packaging. Breaking down the calorie count by macronutrient rather than simply reading it off the box allows you to see not just how many calories are in a certain type of food, but how to make them part of a balanced diet. 355 calories might not sound like a lot, but if you're trying to eat less fat, you might be alarmed to discover that fat grams account for nearly half of the total. Be aware that the figures for both the calories and macronutrients represented in the nutritional facts only indicate a single recommended serving. If there are multiple servings included in the package, the total number of calories will actually be much higher. This can be an important fact to keep in mind if you're tracking calories as part of a diet or exercise plan. For example, an item containing 355 calories per serving and with 3 servings per package makes the total 1,065 calories. According to dietitians and other food experts, 46-65% of the total calories you consume on a daily basis should come from carbohydrates, 10-35% from protein, and 20-25% from fats. The recommended daily value (DV) column featured in the nutrition facts will tell you how much of those proportions you're getting from the item. A snack containing 35g of carbohydrates, for instance, provides roughly 12% of your recommended daily value of around 300g. Daily values are averages based on dietary recommendations for adults who eat around 2,000 calories a day.
A: Locate the nutrition facts on the item's packaging. Note the amount of protein, carbohydrates, and fat contained in the item. Multiply each macronutrient by its caloric equivalent. Total the calories for each macronutrient. Take serving size into account. Compare the calories of different nutrients to their recommended daily values.

Q: To make the sugar and phosphate sides, use strands of black and red licorice that have a hollow center. For the nitrogenous bases, use 4 different colored gummy bear candies. Whatever candy you use, make sure that it is soft enough to allow a toothpick to puncture it. If you have them on hand, colored marshmallows are a great substitute for gummy bears. Gather string and toothpicks to be used in creating the model. The string should be cut to be about 1 foot (30cm) long, although you can make it longer or shorter based on your preferred size of DNA model. Use 2 pieces of string that are the same length to make the double helix. Make sure you have at least a dozen toothpicks, although you may need a few more or less depending on how large you make your model These will be strung on your string in alternating colors and should be cut to 1 inch (2.5cm) long. In a DNA strand, pairs of cytosine and guanine (C and G) are paired together, while pairs of thymine and adenine (T and A) are paired together. Choose 4 different colored gummy bears to represent these nitrogenous bases. It doesn't matter if a pair goes C--G or G--C, as long as those are always the two in a pair. You cannot mix colors between pairs. For example, you cannot combine T--G or A--C. The colors you choose are completely arbitrary and are entirely based on personal preference. Take the 2 pieces of string and tie a knot in the bottom of each to prevent the licorice from slipping off. Then, thread the string through the hollow centers of the licorice in alternating colors. The 2 colors of licorice symbolize the sugar and phosphate that make up the double helix strands. Choose one color to be the sugar group; your gummy bear nitrogenous bases will be attaching to this color of licorice. Make sure that your 2 strands have licorice in the same order so that they line up when placed next to each other. Tie another knot to the other end of the string once you have finished adding all your licorice pieces. Once you have paired off all your gummy bears in the C--G and T--A groups, use a toothpick and stick 1 bear from each pair at the ends of the toothpicks. Push the gummy bears far enough on each toothpick that at least 14 inch (0.64cm) of the sharp end is still sticking out. You can have more of some pairs than others; the number of pairs in real life DNA determines differences and changes in the genes they form. Lay out your 2 licorice strands flat on a smooth surface, and then attach the gummy bear toothpicks to the licorice by inserting the sharp ends into the licorice. You should be attaching the toothpicks only to the "sugar" molecules that you decided on. These are all the pieces of licorice in the same color (for example, all the red pieces). Use all your gummy bear toothpicks, don't worry about saving any. Once you have attached all your gummy bear toothpicks to the licorice, twist the strands in a counter-clockwise direction to give the spiral appearance of a true double helix. Enjoy your completed DNA model!
A:
Select your candy. Prepare your other supplies. Cut the licorice. Pair off your gummy bears. String your licorice. Attach your gummy bears with toothpicks. Attach your gummy bears to the licorice. Twist your double helix.