Wanted to say i have a class that's all about this stuff that im taking in college, was finding this part pretty confusing but you made it make a lot of sense, thanks
Could the second example of the leg also be thought of as a first class lever if you imagine the ankle joint as the fulcrum and the load of pushing off the ground on the toe?
All three kinds of advantage depending upon your requirement that whether you want to amplify force or displacement or speed. If you want to amplify the force you have to compromise on displacement and vice versa
Wanted to say i have a class that's all about this stuff that im taking in college, was finding this part pretty confusing but you made it make a lot of sense, thanks
Thanks for sharing this 🙏🏻
My pleasure
Good explanation 👍
Glad you liked it!
What happens if the muscle is shortened by 5cm will the bone move more or less than 5cm?
thank you so much. taking an online course where she didnt explain anything well and i think this just saved me lol
Great to hear!
Could the second example of the leg also be thought of as a first class lever if you imagine the ankle joint as the fulcrum and the load of pushing off the ground on the toe?
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Why does everyone always use the same three examples in every video?
Hahahahahah that's right 😂😂😂
Exactly
Because these are not examples...these are considered as first,second and third lever system in medical science
Bcz they are in 10 clas s book😅😅😅😅
You started with a mistake first class do have mechanical advantage from zero to virtually infinte
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thankzuu
You will find more here: www.theopeneducator.com/home
hello, can i ask which class of levers is most efficient and why ?
2nd since the distance btw muscle insertion and joint is less than distance btw load and joint so muscle at advantage as its easier to do action
All three kinds of advantage depending upon your requirement that whether you want to amplify force or displacement or speed.
If you want to amplify the force you have to compromise on displacement and vice versa
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