What happens when you put silica gel in water.
Marbles in water experiment.
Water level would increase 83 95 now put one large marble into the water.
Choose a height from which to drop the marbles.
Using tongs remove the marble from the pan and drop it into a cup of cold water.
This experiment tricks your eyes by making it look like the marble is rising through the water.
But in actual fact the marble is still stuck at the bottom of the bowl.
2 fill the cup with water.
In our experiment the marble on top of the metal coin melted first and the mirror was second.
Good quality water that does not contain high levels of iron or minerals is best.
Allow to cool for several minutes then remove.
Experiment 1 different sizes weights drop different size marbles from the same height.
Watch what happens to the water.
Use the white scoop to pour one teaspoon s worth of dry jelly marbles into the 9 oz plastic cup.
Therefore we ve shown that corn syrup and.
They bounce they disappear in water if you use the clear aqua gems.
What is the level of the water on the scale now.
2 read the scale on the side of the jug.
One method is called a falling sphere viscometer in which you drop a sphere such as a marble through a tube.
In this small experiment we cut open a small bag of silica gel found in a shoe box and put it in a glass of.
In our experiment the marbles took longer to sink when dropped into the jars filled with corn syrup and honey than they did when dropped into the jars filled with water and cooking oil.
The water bends the light over the edge of the bowl in an effect called refracted light allowing us to see the coin.
Awesome water marble activity for preschoolers using aqua gems water and food coloring.
There are several different ways scientists can measure the viscosity of a liquid.
Water is h2o whether it s frozen or liquid.
The surface under the frozen marbles plays a role too.
Place a marble in a frying pan and heat for 10 minutes on the stove.
However it turns out that the temperature of the air is not the only thing that affects the rate of melting.