Science Fair Projects on Watches and Water

Science fair projects on watches and water can examine a lot of different topics and science concepts. Some of these projects are going to be super quick and easy science fair projects, while others are going to take you a little more time to complete. If you are ready for super science experiments, then try out the following experiments to get your feet wet.

The Energy Lab allows you to experiment with energy conservation such as biomass, geothermal, hydorelectric, solar and wind. Ages 8 and up.

The Snap-Micro™ Controller Trainer is a way to learn about how micro-controllers are used. The easy to follow instructions guides you through the programming of basic commands by using flow charts to operate the micro-controller. Ages 12 and up.

Science fair projects on watches and water can be based on several different hypotheses. The first hypothesis that you can test is that all watches are waterproof. Obviously this hypothesis is not true, but you still need to test it out by submerging both waterproof and non-waterproof watches in water. While you know the non-waterproof watches will eventually short out, how long can they function underwater before their circuits are fried?

If you have access to science fair science kits and are interested in science fair projects on watches and water, then consider developing a matter experiment. For example, you can time how long it takes to turn liquid water to a solid piece of ice, or how long it take to turn liquid water into water vapor.

Another option that you have for science experiments that utilize both water and watches is a stream velocity experiment. In this experiment you will need to develop a hypothesis, such as stream velocity will be greatest after a rain storm. To test this hypothesis you will need to calculate the stream's velocity using a watch before a storm and after a storm. Why did you get the results that you got?

If you are interested in engineering or building machines, then develop a science fair project that involves the design and building of a water drip timer. While this is an engineering science fair project, you will still need a hypothesis. For example, you may have a hypothesis such as the size of the hole used for the water drip timer will affect how fast the water will flow through the timer.

You have a lot of options to choose from when designing a water and watch science fair project. Some are going to be simple and some are going to be more advanced. If you are interested in developing an advanced water and watch project then consider examining a hypothesis that requires the collection of a lot of data.