
Ader wrote:Shorter person means shorter levers - basic principles of physics means this is an advantage.
Bigger people tend to have bigger muscles though and this to some extent compenstates - But they'll be heavier as a consequence, normally
But if you're comparing a 5' 5" 90Kg person with a 6' 2" 90Kg person, with similar BF%, then the shorter one will have the leverage advantage.
The main other factor on strength will be constitution of musles- a higher percentage of short twitch fibres will mean you have more strength than someone with more slow twitch fibres.
Tall wrote:Ader wrote:Shorter person means shorter levers - basic principles of physics means this is an advantage.
Bigger people tend to have bigger muscles though and this to some extent compenstates - But they'll be heavier as a consequence, normally
But if you're comparing a 5' 5" 90Kg person with a 6' 2" 90Kg person, with similar BF%, then the shorter one will have the leverage advantage.
The main other factor on strength will be constitution of musles- a higher percentage of short twitch fibres will mean you have more strength than someone with more slow twitch fibres.
Sorry to be a pain, but in physics longer levers are an advantage. In physiology longer limbs (levers) are a disadvantage.
If you think about it - whats easier to move a 200kg boulder with? A 1ft lever against a fulcrum? or a 20ft lever against the fullcrum. The latter makes it easier.
It depends which end of the lever you're at!Tall wrote:Ader wrote:Shorter person means shorter levers - basic principles of physics means this is an advantage.
Bigger people tend to have bigger muscles though and this to some extent compenstates - But they'll be heavier as a consequence, normally
But if you're comparing a 5' 5" 90Kg person with a 6' 2" 90Kg person, with similar BF%, then the shorter one will have the leverage advantage.
The main other factor on strength will be constitution of musles- a higher percentage of short twitch fibres will mean you have more strength than someone with more slow twitch fibres.
Sorry to be a pain, but in physics longer levers are an advantage. In physiology longer limbs (levers) are a disadvantage.
If you think about it - whats easier to move a 200kg boulder with? A 1ft lever against a fulcrum? or a 20ft lever against the fullcrum. The latter makes it easier.

Ader wrote:It depends which end of the lever you're at!Tall wrote:Ader wrote:Shorter person means shorter levers - basic principles of physics means this is an advantage.
Bigger people tend to have bigger muscles though and this to some extent compenstates - But they'll be heavier as a consequence, normally
But if you're comparing a 5' 5" 90Kg person with a 6' 2" 90Kg person, with similar BF%, then the shorter one will have the leverage advantage.
The main other factor on strength will be constitution of musles- a higher percentage of short twitch fibres will mean you have more strength than someone with more slow twitch fibres.
Sorry to be a pain, but in physics longer levers are an advantage. In physiology longer limbs (levers) are a disadvantage.
If you think about it - whats easier to move a 200kg boulder with? A 1ft lever against a fulcrum? or a 20ft lever against the fullcrum. The latter makes it easier.
If you have 200KG on one end of a seesaw - then if the fulcrum's in the middle you have to apply 200KG force to the other end to move it. If you move the fulcrum nearer the 200Kg weight you can move it with less than 200Kg force - If you move the fulcrum nearer you, you have to apply more than 200Kg force.
Now apply that to you lifting 200Kg - If you have short limbs, then the 200Kg is nearer the fulcrum (ie your joints) so you have to apply less force than if you have long limbs when teh 200Kg is further from the fulcrum.
Best I can do re picture at short notice:
Hope that makes sense
Rilla wrote:Up the dose.
That's the only way you fucking junkies overcome adversity.
I did say it was short notice - Didn't notice the signature on the picture - defo a negcleaver wrote:Using a picture by NU............NEG
To give an example - Should an 80kg @ 5 ft 5" lifter be weaker/stronger than a 80kg @ 6ft lifter? In what lifts?
Craig wrote:Short guys tend to have the advantage on both strength and building muscle (because they have small muscle bellys to fill out). Having said this I'm glad to be tall.
upright wrote:Craig wrote:Short guys tend to have the advantage on both strength and building muscle (because they have small muscle bellys to fill out). Having said this I'm glad to be tall.
Who has a small belly?
Craig wrote:upright wrote:Craig wrote:Short guys tend to have the advantage on both strength and building muscle (because they have small muscle bellys to fill out). Having said this I'm glad to be tall.
Who has a small belly?
not KP
Craig wrote:well its all relative, to you he would appear very tall, like some kind of giant but not to a normal sized person.
upright wrote:Craig wrote:well its all relative, to you he would appear very tall, like some kind of giant but not to a normal sized person.
I used to be huge man - like 7' tall. Alas the constant be-littling has taken it's toll and I am now a mere pixie of a thing. Much more of this and I shall be a tiny spec, all but nothing.
GymBunny wrote:I used to be huge man - like 7' tall. Alas the constant be-littling has taken it's toll and I am now a mere pixie of a thing. Much more of this and I shall be a tiny spec, all but nothing.
GymBunny wrote:Good comeback, sounds like you are learning a lot from her. She corrects your form and makes helpful comments too I'll wager
Return to Exercise Kinesiology and Research
Users browsing this forum: Google [Bot], simon m and 29 guests