Great video! Just wondering if I have this correct: When the biceps is concentrically contracting then wouldn't the triceps be eccentrically contracting at the same time and vise versa?
@Katrina0839 No. The triceps would be shortening and legthening, but the shortening would not be due concentric contraction, it would be due to the titin(springs) in muscle that partially prevent muscles from being over extended. Look at the exercise around 3:10, she is using her triceps. The only time her biceps would be concentricly contracting would be if she wanted to bring the weight down with more force than what the force of gravity would generate.
this actually really helped in me study for my phys class... it seems simple enough, but the wording of my prof was confusing. you really clarified it! :)
That WAS a big help. I almost thought you'd put the hand in a different position too, it was good you didn't, cause it was MUCH less confusing. Helped me understand more thoroughly.
@psid8 yeah, i got that, too! he also discussed the concept of CONTRACTION, but negated to discuss the contrasting concept of EXPANSION. including both would've completely rounded out this discussion. however incomplete, the individual topics he DID discuss were seemingly done justice.
also good to know if you work out a lot, if you don't resist the weight as you let it fall back down before your next rep then you're missing a vital part of your work out
Best video I've seen on the subject hands down! Thank you!
MrSuperHappyFun 3 months ago
Great video! Just wondering if I have this correct: When the biceps is concentrically contracting then wouldn't the triceps be eccentrically contracting at the same time and vise versa?
Katrina0839 4 months ago
@Katrina0839 No. The triceps would be shortening and legthening, but the shortening would not be due concentric contraction, it would be due to the titin(springs) in muscle that partially prevent muscles from being over extended. Look at the exercise around 3:10, she is using her triceps. The only time her biceps would be concentricly contracting would be if she wanted to bring the weight down with more force than what the force of gravity would generate.
albertneisser 4 months ago
@albertneisser Thank You :)
Katrina0839 4 months ago
this actually really helped in me study for my phys class... it seems simple enough, but the wording of my prof was confusing. you really clarified it! :)
urREADINGmyCOMMENT 4 months ago
Ohhhh okay now I know. Thanks
carlose198 5 months ago
This comment has received too many negative votes show
the important question is,did you fuck her?
TheSUBGAMER 6 months ago
That WAS a big help. I almost thought you'd put the hand in a different position too, it was good you didn't, cause it was MUCH less confusing. Helped me understand more thoroughly.
GixxxerKim 6 months ago
thanks :)
littlehappymonks 9 months ago
thank you so much.. this is a big help...
jayceerazon23 9 months ago
Good job with the explanation!!!!!!!! I did'n understand the difference until I watched this video .
yanastekleneva 11 months ago
very helpful but she is a submissive gurl mmm
punksk8errrrrrrrrrrr 11 months ago
very helpful!
heaterbgrimes 1 year ago
Very helpful video thank you.
KillSwitchOnSteriods 1 year ago
well explained video!thank u!
vinthan99 2 years ago
Helpful to understand no joint movement for isometric, Isotonic which is also concentric with shortening and eccentric lengthening.
KatJim11 2 years ago
"but don't put your hand around like this, it's just confusing!" ahahahahahahahahahaha funny guy
everyoneSalegend 2 years ago
Its helpful! thx
sing323 2 years ago
He didn't explain isotonic
psid8 2 years ago
@psid8 yeah, i got that, too! he also discussed the concept of CONTRACTION, but negated to discuss the contrasting concept of EXPANSION. including both would've completely rounded out this discussion. however incomplete, the individual topics he DID discuss were seemingly done justice.
dukenthaylor 1 year ago
@psid8 isotonic comes with the word concentric and eccentric.
e.g 3 types, isometric, isotonic concentric and isotonic eccentric.
Parkjisung91 1 year ago
Thawt! and break her arm ...hahahaha ... nah just kidding
goddabest 2 years ago
thank you!
citelulah 2 years ago
It was very helpful to me as well. Thank you!
sencion809 2 years ago
thank you so much
amenorrhea 2 years ago
also good to know if you work out a lot, if you don't resist the weight as you let it fall back down before your next rep then you're missing a vital part of your work out
boxcuttermarshel 2 years ago
Great explanation! This video was very helpful in demonstrating these concepts for my Anatomy class. Thank you!
ryanfgrant1 3 years ago