The custard powder starts off pink then turns yellow when water is added as it uses preservative to extend its life and to give more flavour.The additives used are most likely the most common of additive called e numbers . E numbers can be bad for your health if consumed in large amounts , they are used in lots of sugary snacks such a rainbow drops.
Yes, custard powder can be dissolved in water, but it typically requires heating to properly thicken and activate the starches. When mixed with cold water, the powder may not fully dissolve and can form clumps. For best results, it's often combined with milk and heated to create a smooth custard.
Yes it will because of the minute particles inside baking powder
Yes, protein powder can be mixed with hot water.
it is a solid because... at the start its a solid (custard powder) then u mix water so its a solid
Yes, you can release kinetic energy from custard powder by converting its potential energy through movement or interaction. For example, when custard powder is agitated in water, the kinetic energy is generated as the particles move and interact with each other and the liquid. Additionally, mechanical processes like stirring or shaking can also impart kinetic energy to the custard mixture. However, the process is more about the movement of particles than the custard powder itself storing significant kinetic energy.
Yes, If mixed with water!
Coffee powder is a dark brown, fine-textured powder. When mixed with water, it dissolves to create a dark, aromatic liquid with a smooth texture.
I think water Powder mixed in with water
state of matter
Powder paint is generally insoluble in water. It is a dry pigment powder that can be mixed with a liquid (such as water or a binding medium) to form a paint, but the powder itself does not dissolve or disperse in water.
Baby powder is insoluble in water, as it does not dissolve but rather forms a suspension when mixed with water.
When boiling water is mixed with white powder, it can result in a chemical reaction that may cause the mixture to change color, release gas, or produce heat. The specific outcome depends on the properties of the white powder and the temperature of the water.