You can use your fingers, a cotton ball or pad, a washcloth it doesn't really matter. Don't apply so much that it drips down your face. If you do this in the morning, just go about your day normally at home, or go out with the oil and stain on your face if you're confident enough! If you do this at night, go ahead sleep with the baby oil on your face. This will help you remove the stain in the morning. Cover the stained area with gauze bandages or cotton balls and athletic tape to make sure the oil and dye don't get all over your pillows and sheets while you sleep. Use your hands or a washcloth to gently scrub the stain away.

Summary: Rub a generous coating of baby oil over the stained area. Let it soak into your skin and stain for at least 8 hours. Rinse the oil and dye off with warm water and a gentle face cleanser when at least 8 hours have passed.

'' Traditionally, the first program people create simply reads "Hello World!". When you create a new C++ project, the "Hello World!" program will automatically appear in the file. Erase the existing code and rewrite it for yourself: #include <iostream> using namespace std; //main () is where program execution begins. int main () { cout <<"Hello World"; //prints Hello World return 0; } " This line of code appears in the file's header. The directive "#include" tells the program to include the file "<iostream>" in the current source file. Your C++ programs will not "compile" without this code " This line of code tells the compiler to use the standard C++ library. The standard C++ library is a collection of common functions and classes. Programmers use comments to annotate their code so that they (or anyone else reading the code) can understand more about what a particular section of code is meant to do. Comments appear in the code text but do not affect the program. In the "Hello world" program, "//main () is where program execution begins" is an example of a single line comment. Single line comments always begin with "//" and stop when the line ends. In C++, functions execute individual tasks. In the "Hello World" program, int main() is the main function. Program execution begins at this line of code. The statements inside the brackets describe the actual function. The statement cout << "Hello World"; generates the words "Hello World" on your screen. The statement return 0; terminates, or ends, the main function.

Summary: Launch your compiler and create a new C++ project. Select ''main.cpp. Write a "Hello World" program. Understand the meaning of "#include <iostream>. Understand the meaning of "using namespace std;. Understand comments. Understand the program's function.

The average person needs 1 gallon (4 liters) of water each day, half for drinking and half for food preparation and hygiene. Increase this number to 1.5 gallons (5.5 L) per person or more for children, nursing mothers, and sick people, and for anyone in a hot or high-altitude climate. Based on these numbers, try to store a 2 week supply for your household. In case of an emergency evacuation, store a 3 day supply in easily transportable containers. For example, 2 healthy adults and 1 child need (1 gallon or 3.8 liters / adult) x (2 adults) + (1.5 gal or 5.7 liters / child) x (1 child) = 3.5 gallons (13.25 liters) per day. A 2 week supply of water for this household is (3.5 gallons or 13.25 liters/ day) x (14 days) = 49 gallons (185.5 liters). A 3 day supply would be (3.5 gallons or 13.25 liters/day) x (3 days) = 10.5 gallons (40 liters). In areas that regulate bottled water, including the U.S. and E.U., sealed bottles of water are already sanitary and will stay good indefinitely. If you go this route, you do not need to worry about selecting appropriate containers or purifying the water. Check the label for certification by the IBWA (International Bottled Water Association), NSF (National Sanitation Foundation), or UL (Underwriters Laboratories). These demonstrate the product has met safety and quality standards. This is more important in countries that do not regulate bottled water. Look for the resin identification code on plastic containers, which typically consists of a number printed next to the recycling symbol. Avoid containers marked "3" (for polyvinyl chloride, or PVC), "6" (for polystyrene, or PS), and "7" (for polycarbonate). These materials can be hazardous to your health. Wash them with soap and hot water, then rinse. If a container previously held food or drink, disinfect it with one of the following methods: Fill with water and mix in 1 tsp (5 mL) liquid household bleach for every quart (approximately 1 liter) of water. Swish to touch all surfaces, then rinse well. For stainless steel or heat-safe glass, submerge in boiling water for 10 minutes, plus 1 minute for each 1,000 ft (300 m) of elevation above an altitude of 1,000 ft (300 m). This is the best method for steel, since chlorine bleach can corrode the metal. . If your tap water is not safe to drink or if you get your water from a well, disinfect it right before storage. The best way to do this is to bring the water to a rolling boil for 1 minute, or 3 minutes at elevations above 5,000 ft (1,000 m). If you cannot boil the water, or do not want to lose water by boiling it, bleach is the next best option: Mix in tsp (2.5 mL) of unscented, additive-free bleach for every 5 gallons (19 liters) of water. Double the amount of bleach if the water is cloudy or discolored. Let the water sit for half an hour. If you cannot smell a faint chlorine scent, repeat treatment and let sit another 15 minutes. In an emergency, you can also disinfect small amounts of water with water purification tablets. However, use these sparingly, as excessive use can impair thyroid function. Boiling or chlorine will kill microorganisms, but they will not remove lead or heavy metals. If your water is contaminated by runoff from farms, mines, or factories, pour it through an activated carbon filter and a reverse osmosis (RO) filter. You can make your own filter out of common materials. While not as effective as a commercial filter, it will remove sediment and some toxins.
Summary: Decide how much water to store. Consider bottled water. Avoid containers made from hazardous plastics. Clean the containers thoroughly. Disinfect water from unsafe sources Filter out contaminants.