Not exact matches
I think I'm too simple in my thinking that; if you don't like it, DO N'T WATCH... if you don't agree with it, DO N'T CHOOSE TO LIVE YOUR LIFE THAT WAY... Seems like a very simplistic way of thinking, but I have personal opinions on EVERYTHING, but I don't
force others to live their lives according to my moral
fiber... i don't judge people for living their lives the way that makes them happy... And i believe that IGNORANCE is the basis for INTOLERANCE... people are famous for HATING things that they don't understand... again, if it MORALLY offends you, don't read stories on things that you don't agree with, don't watch shows that portray choices that you don't agree with... The Brown family seems close knit, almost like extended family living under one roof... the kids work together and get along much better
than a lot of «mainstream» households i see...
(«Fast twitch» muscle
fibers contract more quickly
than «slow - twitch»
fibers and generate more
force more quickly, but they also fatigue more quickly.)
There are more nerve
fibers travelling to and from spindles
than to the actual muscle tissues generating
force and powering movement.
In the bodybuilding community, the rest - pause method is considered as an effective way to fatigue the muscle
fibers more deeply and stimulate a greater
force production
than you would during a straight set.
Since fast - twitch
fibers contract around four times faster
than their counterparts, these
fibers naturally have a greater capacity to produce
force, which makes them crucial for enhancing muscle growth and strength gains.
They can generate more
force than Type I, but are quicker to fatigue when compared to slow - twitch
fibers.
This means that
force production is greater (and more efficient) in the eccentric phase
than the concentric phase, because passive elements resist lengthening of the muscle
fibers in the eccentric phase, but not in the concentric phase.
In other words, we expect to find that the type II muscle
fibers display a much greater maximal single
force than type I muscle
fibers.
Although all
fiber types have a similar single
fiber force, type II muscle
fibers display a much faster shortening velocity
than type I muscle
fibers.
Across all of these groups, type IIA muscle
fiber single
fiber force is around 18 % higher
than type I muscle
fiber single
fiber force.
The enhancement in muscle
force and power following 3 - 4 months of heavy resistance strength training mainly occurs because fast
fibers exhibit a two fold greater hypertrophy overall
than slow
fibers (remember slow
fibers are relatively unaltered).
Its internal pressure creates a
force faster
than gravity to recruit fast twitch muscle
fibers like no other training tool on the market.
It has been assumed that muscles with shorter twitch contraction time show predominance in fast twitch or type II muscle
fibers and exhibit greater
force than those muscles with longer twitch contraction times such as slow twitch or type I
fibers.
1Some muscle
fibers drop out when they fatigue, and other muscle
fibers are recruited so
force output doesn't drop off, which means total muscle activation over the course of a set may be the same with heavy and light loads, even if activation at any given time point is higher with heavier loads 2 It's a little more complicated
than that, if you care to dig deeper.
Nevertheless, it is important to note that measuring PCSA allows a better estimate of muscle
fiber specific tension in vivo
than ACSA, as changes in pennation angle obscure the underlying
force per unit area within the muscle (Morse et al. 2008).
A CFRP part typically weighs 50 to 70 percent less
than a steel part that can withstand the same
forces, but carbon
fiber doesn't have the elasticity of the metals it replaces.
The rest of the first sector is done in fourth gear, slicing right and left at better
than 80 mph, your body pressing hard against the carbon -
fiber Sparco seats with a full g of
force.
Kevlar ®, a lightweight
fiber that's five times stronger
than steel helps keep our armed
forces safe and our police
forces protected — and it all began with oil and natural gas.