A suspension is a mixture between two substances, one of which is finely divided and dispersed in the other. Common suspensions include sand in water, dust in air, and droplets of oil in air. Particles in a suspension are larger than those in a solutions; they are visible under a microscope and can often be seen with the naked eye. Particles in a suspension will settle out if the suspension is allowed to stand undisturbed. Many particles of a suspension can be separated through a filter. An example of a simple suspension would be flour in water, or sand in water.
In Czech Republic there are a two completely different rivers: Moldau and Elbe. Moldau is brown because its origin is in swamps while Elbe is blue because its origin is in ice.
You can add pigment or dye to white emulsion to change its color. Mixing in these colorants in small amounts will tint the white emulsion to the desired hue.
No colour
It is a solution which is transparent in colour.
The solution is colourless.
The solution is colorless.
it is a transparent solution
The universe as a whole does not have a specific colour. However, in a science experiment, when an antacid solution is added to a universal indicator, it may change colour based on the pH level of the solution. This change in colour signifies the acidity or alkalinity of the solution.
A potassium chloride (KCl) solution is colorless.
Milk of magnesia is a basic solution. Therefore, methyl orange shows a yellowish orange colour. Further, this indicator shows a red colour in acidic solutions.
Henry Oscar Klein has written: 'The applications of collodion emulsion to three-colour photography, process work, isochromatic photography and spectrographic work' 'The three-colour process - a step child' 'Photography of magnetic fields' 'A glimpse at some Continental schools and studios' 'The present position of collodion emulsion' 'Collodion emulsion and its applications to various photographic and photo-mechanical purposes, with special reference to trichromatic process work' 'About trichromatic portraiture'
Aluminium carbonate solution is usually colorless.
If we add salivary amylase to any solution ( eg:iodine solution) the colour of solution changes to blue.THE TIME TAKEN BY THE SALIVARY AMYLASE TO CHANGE ITS(iodine solution) COLOUR TO BLUE IS CALLED ACROMATIC POINT OF SALIVARY AMYLASE. ie, the time upto which the solution is colourless and after that it gains blue colour.