because a soda can is full of air. Air is lighter than water, and is therefore boyant and the can floats.
yes! but i do not know how they get cold! do you-
A can of soda can float in salt water because the salt water is more dense than the can of soda.
When a hot soda can is placed in cold water in the hot soda can in cold water experiment, the can undergoes a rapid cooling process. This causes the air inside the can to contract, creating a lower pressure inside the can compared to the outside. As a result, the higher pressure outside the can pushes the can inward, causing it to crush or implode.
Soda or juice is not recommended as a substitute for water in a cold water extraction method. Codeine is slightly soluble in acidic solutions like soda or acidic juices, but it may not dissolve as effectively as in water, affecting the extraction process. It is best to stick with water for a cold water extraction to ensure optimal results.
What is the hypothesis fore volcanoe
hot water
salt
yes
When a can of regular soda is placed in water, it typically sinks because it is denser than water due to the sugar content. In contrast, a can of diet soda, which is sweetened with artificial sweeteners and has less density, often floats. This difference in buoyancy is primarily due to the varying sugar content and overall composition of the two types of soda.
contractions in cold /expansion in heat
yes. test it in water. soda has a higher density than water. my science class did it. diet coke floats and regular coke sinks. (: it's pretty fascinating.
To dissolve baking soda in hot water one would need to pour hot water on the baking soda and stir it with a spoon. Baking soda that is dissolved has lessens the leavening action of the soda.