Create a visual representation of 10 metronomes functioning as simple pendulums. Each metronome should start 1 second after the previous one. Show them moving from the start until they synchronize.

Project overview
Design a simulation of 10 metronomes, depicted as simple pendulums. The primary focus is on visual synchronization of the pendulums. The initial delay between each metronome's start time is 1 second.

UI/UX design and flow
- Display a linear arrangement of 10 pendulums across the screen.
- Utilize a minimalistic design to resemble simple pendulums visually.
- Introduce a control to start the synchronization process that triggers the start of the first metronome.

Core functionality and logic
- Start the first metronome manually using the control provided.
- Implement a 1-second delay between the start of each successive metronome.
- Simulate pendulum motion for each metronome by modeling realistic swinging physics.
- Continuously update the visual status of all metronomes on the screen to illustrate their movement towards synchronization.

Best practices
- Ensure the pendulum motion is smooth and natural-looking.
- Make sure the simulation efficiently handles the progressive delay mechanism.
- Provide textual feedback or indicators to highlight when all metronomes have synchronized.

FAQ
How should the metronomes be visually represented?
They should be represented as simple pendulums.

What timing mechanism should be used for starting each metronome?
Each metronome starts with a 1-second delay from the previous one.

create 10 metronomes as simple pendulums, start one, then the next one, continue up to 10'th, show them moving until synchronizing, Each metronome starts with a 1-second delay from the previous one. 

Q: How should the metronomes be visually represented?
A: As simple pendulums or with detailed designs.

Q: What timing mechanism should be used for starting each metronome?
A: Each metronome starts with a 1-second delay from the previous one.