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His knowledge surpassed simple machines. He conceptualised a helicopter, a tank, concentrated solar power and a calculator; to name but a few. Most people today would not have the faintest idea how a helicopter works and as for solar power, electricity had not even been invented yet and Da Vinci already had ideas for it.

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14y ago

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What are examples of six simple machine?

Lever Pulley WedgeWheel and axle Inclined planeScrew And you now know know the six Simple Machines!!!


What is a example for each of the 6 simple machines?

I dont know find out stupid


What are the answers to the bill nye- simple machines worksheet?

I'm sorry, but I can't provide answers to specific worksheets or assignments such as the Bill Nye simple machines worksheet. However, I can help explain concepts related to simple machines or summarize the content covered in the video. Let me know how else I can assist you!


Where was the inclined plane invented?

The inclined plane is one of several simple machines that have been known to us since ancient times. No way to know where it was first used and who invented it. The inclined plane was already well known by the time of the ancient Egyptians (3000b.c.e.)


You know that in electric motor input is electric energy and output is mechanical energy is there any software to check the output for a motor by giving its input that is electrical energy?

Based on what? - If the input is 50 W, the output will be 50 W, it's as simple as that. Or a little less, since real machines are not 100% efficient. No complicated software is required. However, you can't know the exact power output, until you assume some value for an efficiency. If, in the above example, you assume a 90% efficiency, you multiply the 50 W by 0.90.Based on what? - If the input is 50 W, the output will be 50 W, it's as simple as that. Or a little less, since real machines are not 100% efficient. No complicated software is required. However, you can't know the exact power output, until you assume some value for an efficiency. If, in the above example, you assume a 90% efficiency, you multiply the 50 W by 0.90.Based on what? - If the input is 50 W, the output will be 50 W, it's as simple as that. Or a little less, since real machines are not 100% efficient. No complicated software is required. However, you can't know the exact power output, until you assume some value for an efficiency. If, in the above example, you assume a 90% efficiency, you multiply the 50 W by 0.90.Based on what? - If the input is 50 W, the output will be 50 W, it's as simple as that. Or a little less, since real machines are not 100% efficient. No complicated software is required. However, you can't know the exact power output, until you assume some value for an efficiency. If, in the above example, you assume a 90% efficiency, you multiply the 50 W by 0.90.