Making popsicles out of juice is primarily a physical change, not a chemical change. When juice is frozen, its state changes from liquid to solid, but the chemical composition of the juice remains the same. The freezing process does not create new substances; it simply alters the physical form of the juice.
Making diluting juice is a physical change because it involves mixing a concentrated juice with water, resulting in a new mixture without altering the chemical composition of the juice or water. The process is reversible; if the mixture is separated, the original components can be recovered. Additionally, the properties of the juice, such as taste and color, change, but the substances themselves remain unchanged at the molecular level.
The shirt is white because something is making it white and that something could have reacted with the blueberry juice. It depends on the juice and the material the shirt is made of. If the Juice can be squeezed out or removed with enough rinsing or washing, it may be just a physical change. Otherwise, the dye in the juice may have chemically bonded with something in the shirt material and may need a chemical substance such as a bleaching agent to neutralize it.
No, it is only a physical change since the chemical properties of alcohol do not change.
Yes, mixing lemon juice and milk results in a chemical change. The acid in lemon juice causes the proteins in milk to coagulate, leading to the formation of curds and whey. This process alters the composition and properties of the milk, indicating a chemical reaction has occurred.
Juicing a lemon is a physical change because the lemon's molecules remain the same even though its physical form changes from solid to liquid. The process of juicing just separates the juice from the pulp without altering the chemical composition of the lemon.
Making homemade Popsicles is a physical change. The change involves freezing a mixture of liquid ingredients, such as juice or yogurt, which results in a change of state from liquid to solid. The ingredients remain the same, just in a different form.
The process of juice freezing and forming popsicles is a physical change. This is because the change in state from liquid to solid is a physical change that can be easily reversed by allowing the popsicle to thaw back into liquid form.
it is physical because there is no new matter will produce(( water+ juice dissolved)) just
Yes, making orange-sicles involves a chemical change. When you mix the orange juice with other ingredients and freeze it, new chemical bonds are formed between the molecules in the mixture, resulting in a transformation from liquid to solid form.
Squeezing oranges for juice is not a chemical change because it does not alter the chemical composition of the oranges. It is a physical change where the oranges are only being mechanically processed to extract the juice. The same chemical components of the oranges remain in the juice.
No!
Mixing lemon juice with milk would be a chemical change because the acid in the lemon juice can curdle the proteins in the milk, leading to a change in the chemical composition of the mixture.
To get popsicles out of the container, try squeezing gently the end with the frozen juice in it. That will cause it to push out of the container.
It is a chemical change because it can not be reversed
Fermenting fruit juice is a chemical change because it involves the conversion of sugars in the juice into alcohol and carbon dioxide by yeast through a biochemical process. This results in the formation of new substances with different properties from the original juice.
Floating is a physical property, and is not a 'change' in any sense.
Making diluting juice is a physical change because it involves mixing a concentrated juice with water, resulting in a new mixture without altering the chemical composition of the juice or water. The process is reversible; if the mixture is separated, the original components can be recovered. Additionally, the properties of the juice, such as taste and color, change, but the substances themselves remain unchanged at the molecular level.