Viscosity of a fluid is mainly influenced by the friction caused by the interactions between its molecules. Therefore a dishwashing liquid or reagent does not affect the viscosity of water, it only affect its surface tension. .
Dishwashing liquid or reagent increases viscosity while decreases the surface tension. Higher surface tension hurdles to enter interfacial surfaces of the dirt particles. The reagent weakens the cohesive forces and is noted as potential energy, it decreases the surface tension. The reagent interacts with the water dipoles and release potential energy to the liquid. This released energy activated the water molecules to align around the reagents so the energy released to the liquid decreases the surface tension. This energy is used in increasing the surface energy which enables the liquid to wash the surfaces. Thus the viscosity and surface tension mutually work together and are defined with friccohesity chemistry and measured with survismeter.
The viscosity of the liquid will increase.
One can describe how a liquid pours by its viscosity. Viscosity is a liquid's ability to resist flow. Therefore, the higher the viscosity, the "thicker" the liquid is and causes it to pour out slowly. If a liquid is said to have a low viscosity, the liquid is "thinner" and can easily be poured out.
Viscosity in any liquid is thickness.
The term viscosity refers to the thickness of a liquid, or the degree to which a liquid resists flowing. The highest viscosity is the greatest thickness.
Viscosity is a liquids resistance to flow. Viscosity decreases as the liquid is heated. Molecular shape of the components making up the liquid can affect viscosity. Small round molecules make little contact and can move more freely making a compound less viscous. The viscosity of a fluid is basically a measure of how sticky it is. Water has a fairly low viscosity; things like shampoo or syrup have higher viscosity. Viscosity also depends on temperature - engine oil, for instance, is much less viscous at high temperatures than it is in a cold engine in the middle of winter.
no it doesn't
it affects the viscosity because the liquid changes the shape and turns it to a gas and the viscosity by change the form
Pressure and temperature are the two factors that affect flow and viscosity. Viscosity refers to the resistance of a liquid to the shear forces.
denser liquids tend to have more viscosity
Attractions between molecules may affect the viscosity of a liquid because if the molecules aren't attracted close enough together, the viscosity will be much lower (the liquid will have a watery appearance). If the molecules are closer together, the liquid will have a higher viscosity
Viscosity is the measure of the resistance of a liquid. This is often thought of as the thickness of a liquid.
Base
No, not necessarily. It may seem that a higher viscosity will result in the liquid sticking to the dishes more easily and thus enhancing the cleaning ability. This is not the case and the liquid gets diluted in water anyway. Viscosity has very little, if any, to do with cleaning power. It is all to do with the design of the molecule, the HLB and other factors.
Low viscosity liquid is more runny, like water, then compared to a high viscosity liquid.
Viscosity is the resistance of flow and surface tension is the lateral force of the bonds between the molecules
Ideal liquid has zero viscosity.
No. All dishwashing detergents have chemicals in them.