which one is easier to make?

Rube Goldberg
bridge
IS THEE ANY IDEAS?

Why would one choose the easiest project? Do one that interests you.

Rube Goldberg refers to any "machine" or contraption that is simple, yet uses lots of wires, pulleys, and other parts.

What kind of bridge?

What is your assignment?

because i have tests this whole week and after that i only have about 10 to 15 days until it is due

my teacher actually didn't say which kind of bridge he just said you either make a RUBE GOLDBERG machine(using simple machine)or a bridge

i guess my teacher doesn't care which kind

I suggest you follow Bobpursley's advice and build what interests you.

Both a Rube Goldberg machine and a bridge can be challenging to make, but the ease of each project depends on various factors such as your skill level, access to resources, and the specific design complexity. Let's break down the process of making both to give you a better understanding.

1. Rube Goldberg Machine:
- Define your objective: Decide on the ultimate goal or task you want your machine to accomplish, such as popping a balloon or turning on a light switch.
- Sketch the design: Create a plan, including the different steps, elements, and mechanisms that will work together to achieve the objective. Each step should trigger the next in a chain reaction.
- Gather materials: Depending on your design, you will need various everyday objects such as dominoes, marbles, pulleys, ramps, and anything else that fits your plan. Get creative!
- Assemble the machine: Begin by setting up the first step, ensuring it triggers the subsequent actions. Gradually connect all the different components, refining the machine as you go.
- Test and troubleshoot: Test your machine, identifying any issues or areas that need improvement. Adjust or reposition elements until the desired chain reaction is successful.

2. Bridge:
- Determine the bridge type: Identify the type of bridge you want to construct, such as a beam, truss, arch, suspension, or cable-stayed bridge. Each type has different complexities.
- Research and plan: Study the design principles, materials, and construction techniques related to your chosen bridge type. Create a detailed blueprint or sketch of your design, including measurements and specifications.
- Gather materials: Depending on the chosen design, collect the necessary construction materials like steel, concrete, wood, or cables. Ensure you have the tools required for construction, such as drills, saws, and measuring instruments.
- Prepare the site: Clear the construction area, ensuring it is level and free from any obstructions. Take appropriate safety precautions when working on or near water bodies, if applicable.
- Start construction: Begin by pouring foundations or setting piers, depending on the type of bridge. Continuously refer to your design plan while constructing the structural elements, ensuring accuracy and stability.
- Finish and inspect: Once the bridge structure is complete, apply any necessary finishing touches such as painting or sealing. Perform a thorough inspection to ensure the bridge is safe and structurally sound.

Comparing the two processes, a Rube Goldberg machine generally involves a relatively smaller scale, confined to a tabletop or limited space, and often makes use of available household items. A bridge, on the other hand, is a large-scale construction project that requires careful planning, engineering knowledge, and specialized materials.

Ultimately, the "easiness" of making either a Rube Goldberg machine or a bridge will depend on your familiarity with the construction techniques, availability of resources, and your personal interests or expertise in the given project.