Measure Viscosity With Marbles

By measuring how long it takes the marble to fall and how far it travels you can figure out the liquid s viscosity.

Measure viscosity with marbles.

Racing marbles to measure viscosity. High viscosity fluids have a lot of resistance to changing their shape so the marble takes longer to fall. To our knowledge the effective viscosity of marbles has never been considered yet. Of course some liquids are more viscous than others.

Have you ever noticed that some liquids are more difficult than others to squeeze from a container. By amy cowen on august 27 2015 3 00 pm. Repeat the experiment up to this step starting from preparing the graduated cylinder to measure the viscosity of each liquid for each of the remaining test liquids. Viscosity can also be thought of as a measure of how thick a liquid is.

Retrieve the marbles from the strainer and wash and dry the marbles and the graduated cylinder. Google classroom create assignment create announcement. There are scientific ways to measure viscosity with a viscometer. Viscosity is a measurement of a fluid s resistance to change or deformation or more simply put how thick it is.

Although it involves some knowledge of algebra a basic experiment can measure the time it takes for a round sphere to. Design an experiment to test how the viscosity of honey changes with temperature. The more viscous or thick a liquid is the longer it will take for an object to move through the liquid. Understand the variables in the viscosity equation.

In this paper we have demonstrated that lycopodium coated marbles have an effective viscosity larger that water drops. Dropping a sphere in a liquid is one of the oldest and easiest ways to measure viscosity. Can you imagine trying to swim in a pool of. Honey is a great example.

Density is mass per unit volume of an object and is designated with a p in this equation you need to measure the density of both the sphere p s and the liquid p l it is passing through the radius of the sphere a can be found by measuring the circumference of the sphere and dividing that by 2π. You won t need to do any calculations in this activity but you will get to. A fluid can be a gas or a liquid and it is easy to see that liquids are thicker than gases and therefore have higher viscosities. For example honey is more viscous than water.