Salt Water Connection: Bridging Circuits with Water for Rube Goldberg Projects

In summary, the speaker is attempting to use salt water in their Rube Goldberg project by bridging a connection through the solution. They have tried using alligator clips and paper clips, but the connection is still not working. They are wondering if there are any other methods for using water in their project and suggest increasing the salt concentration as a possible solution.
  • #1
akahmed
7
0
I am trying to include salt water in my Rube Goldberg project. Instead of the wires that connect a motor simply being continuous, I want to bridge a connection through salt water. Meaning, but one wire, put both ends in the solution so that the connection still works. But its not working. Are there any other ways with using water?

btw, the simple circuit is a battery connected to a hobby motor with two wires.
 
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  • #2
Try adding Alligator clips to both ends of the split wire, and attach a paper clip to the ends of the Alligator clips, which are opposite the wire (Assuming a 2-way alligator clip). Then, put the paper clips in the water, and make sure the wire does not touch the water.

Also, try increasing your salt concentration.
 
  • #3


I can understand your interest in incorporating salt water into your Rube Goldberg project. However, there are a few things to consider when using salt water as a conductor in a circuit.

Firstly, salt water is a good conductor of electricity because it contains ions that can carry electrical charge. However, it is not as efficient as using traditional metal wires. This means that the current may not flow as smoothly and could cause issues with the functionality of your circuit.

Additionally, salt water can be corrosive to metal components, which could lead to damage to your battery or motor. It is important to take precautions and protect your equipment if you do decide to use salt water in your circuit.

If you are having trouble with your current setup, there are a few other ways you could incorporate water into your Rube Goldberg project. One option is to use a water wheel or turbine as a mechanical energy source to power your motor instead of using electricity. Another option is to use a water-based electrolyte solution to power a battery, which could then be used to power your motor.

In conclusion, while using salt water as a conductor in your circuit may seem like an interesting idea, it is important to consider the potential drawbacks and safety concerns. There are alternative ways to incorporate water into your project that may be more effective and less risky. I would suggest exploring these options and conducting further research before making any changes to your current setup. Good luck with your project!
 

1. What is the purpose of "Salt Water Connection" in Rube Goldberg projects?

The "Salt Water Connection" is used in Rube Goldberg projects to create a conductive path for electricity to flow through. This allows for the bridging of circuits, which is essential for the successful completion of a Rube Goldberg machine.

2. How does the "Salt Water Connection" work?

The "Salt Water Connection" works by using salt water as a conductor for electricity. When salt is dissolved in water, it breaks down into positive and negative ions, allowing for the flow of electricity through the water. This creates a complete circuit between two separate circuits, bridging them together.

3. What materials are needed to create a "Salt Water Connection"?

To create a "Salt Water Connection" for a Rube Goldberg project, you will need a container of water, salt, and two conductive objects (such as wires or nails) that will be placed in the water to bridge the circuits. You will also need a power source, such as a battery, to complete the circuit.

4. Are there any safety concerns with using a "Salt Water Connection"?

Yes, there are some safety concerns to be aware of when using a "Salt Water Connection" for a Rube Goldberg project. The use of electricity can be dangerous, so it is important to handle all materials with caution and to have adult supervision. It is also important to use the correct amount of salt in the water to avoid any potential hazards.

5. Can the "Salt Water Connection" be used for other projects besides Rube Goldberg machines?

Yes, the "Salt Water Connection" can be used for various science experiments and projects that require the bridging of circuits. It can also be used in simple electronics projects, such as creating a simple battery-powered light. However, it is important to always follow safety precautions and use the correct materials when experimenting with electricity.

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