A typical 12-ounce can of Sprite contains about 140 calories. This energy comes from the sugar and other carbohydrates present in the drink, which provide the body with fuel to use as energy.
Sprite evaporates because it is a liquid that contains water. When left exposed to air, the water molecules at the surface gain enough energy to break free from the liquid and turn into vapor, causing the sprite to slowly evaporate.
Sprite does not release any gas. It is a carbonated soft drink that contains carbon dioxide to create the bubbles.
When you put a penny in Sprite, you can observe a chemical reaction taking place due to the copper in the penny. The copper dissolves in the acidic environment of the Sprite, creating a greenish-blue solution on the surface of the penny. Over time, the penny may develop a tarnished appearance.
Sprites are high-altitude electrical discharges that occur during thunderstorms. They happen when a strong lightning bolt creates a quick burst of energy, causing the air above the storm to ionize and produce a flash of light. The rapid expansion and contraction of this ionized air result in the visual appearance of a sprite exploding.
Well, isn't that just a happy little question! A regular 12-ounce Sprite can weighs about half a pound, which is just a tiny little weight in the grand scheme of things. Remember, every little detail adds to the beauty of the world around us.
sprite has the most energy because it is a pop or soda and pop and soda have lots of energy!
How much sodium do sprite have
how much is a pack of fanta
none it has none NO CAFFEINE IS IN Sprite
Sprite is fat-free, so all of the calories in a Sprite are non-fat.
There is absolutely 0 protein in a can of Sprite. See the related link below for the 'nutritional' facts that are contained in a can of Sprite.
Since Sprite Zero has no sugar in it, not many people enjoy it as much as regular Sprite.
25 cents
It depends on how big it is
Read the can. It has it on there. Or Google it! (=
There is no carbon dioxide present in Sprite. The carbonation in Sprite is achieved by adding carbon dioxide gas during the bottling process.
Sprite evaporates because it is a liquid that contains water. When left exposed to air, the water molecules at the surface gain enough energy to break free from the liquid and turn into vapor, causing the sprite to slowly evaporate.