To clean silver with baking soda, a person should put boiling water and baking soda in a deep baking pan lined with aluminum and then soak the silver. Users should use just enough water to completely cover all the pieces of silver. For larger pieces, a 5-gallon bucket also works well.
Set a sheet of aluminum foil in a baking pan or bucket, and put the silver items on the foil. Boil water in another container and add a cup of baking soda, stirring until it is completely dissolved. For larger items that require a larger amount of water, an additional cup of baking soda might be required. Pour the mixture into the pan with the silver. The silver should be left to soak for several minutes until the tarnish starts to come off. For badly tarnished pieces, users can repeat the process. After the silver comes clean, it should be dried with a soft cloth and placed in a moisture-free area.Learn More
Baking powder can be substituted for baking soda in a recipe by adding 2 teaspoons of double-acting baking powder for every half teaspoon of baking soda and replacing the acidic liquid in the recipe with a non-acidic liquid. Baking powder is composed of baking soda, a dry acid, such as cream of tartar, and an ingredient to reduce moisture, such as cornstarch.Full Answer >
No scientifically supported evidence exists that says baking soda affects candida, according to the American Cancer Society. Baking soda is conventionally used to balance pH levels in blood and does not help against yeast or fungal infections associated with candida.Full Answer >
Salt dissolves faster in water than it does in baking soda. Salt and water have a similar polarity to water, which generally increases dissolution speed.Full Answer >
Although controversial, there are a number of health professionals and cancer survivors claiming there is evidence to support that baking soda, or more specifically sodium bicarbonate, can cure cancer. According to The American Cancer Society, this method is not scientifically supported, but there are still people who say otherwise.Full Answer >