Instead
gravity pulls his weight in often awkward, uncomfortable positions moving out of the white box, no longer contained.
Not exact matches
Fuel composes nearly 90 percent of a rocket's
weight, and taking off against the
pull of Earth's
gravity requires an amount of thrust many times greater than what's required on the moon.
We could play these two stories off each other to show the gulf that exists in the game, but to do so would alter the
weight and
gravity of what Mr. Rooney has
pulled off.
And by testing the effect of
gravity on BECs of two different types of atoms, an atom interferometer could test the principle that all objects, no matter their
weight or composition, accelerate at the exact same rate under
gravity's
pull — as Galileo Galilei supposedly demonstrated by dropping balls of different materials off the Leaning Tower of Pisa in Italy.
Gravity does not
pull you into a chair; space pushes on you, creating the feeling of
weight.
And lastly, dumbbells, combine both versatility to help muscle isolation and the forces of
gravity pulling on the free
weights to aid in increasing mass.
Simple: because of the direction that
gravity is
pulling the
weights (straight up and down) and the path that the
weights are traveling in, dumbbells only provide a high degree of tension on the pecs in the bottom half of the range of motion.
Put conscious effort into resisting the
pull of
gravity and slowly bring the
weights back to the starting position.
Though I'm a big proponent of Olympic lifts, and I use free
weights on a regular basis, there's something to be said for getting a great workout using just your surroundings,
gravity, and maybe a
pull - up bar.
Resisting
gravity's
pull and supporting our body
weight stimulates our bones isometrically, signaling the bones to build up their mass in answer to the challenge.
As you extend forward,
gravity will
pull your body
weight down and you lower back will have the tendency to arch excessively.
If you see yourself throwing, jerking,
pulling or swinging the
weight, then you are clearly letting
gravity take control instead of using your muscles.
He says that although body does not know what kind of resistance it is working against -LCB- weather its free
weight s or machines -RCB- you will see your biggest muscle gains by overcoming the
pull of
gravity and working in multiple planes -LCB- unlike machines which work only in one plane -RCB-.
The
pull of
gravity on the
weight is not inline with your arm like it is with a dumbbell.
Gravity is just the force that is
pulling the
weight away from you (in a downward direction).
When you roll up,
gravity pulls you INTO the spinal flexion, which, along with the
weight of the head and upper body puts too much stress on the discs.
Don't just lower the
weight as you would in a typical rep.. You must ACTIVELY FIGHT
GRAVITY by pushing (or
pulling, depending on the exercise) as hard as you can against the
weight.
Release the
weight of your body into the
pull of
gravity.
To sustain this V - shape, your muscles must hold the
weight of your torso and legs up against the
pull of
gravity.
The heightened awareness of the
weight - bearing loads and the
pull of
gravity underscore how the materials have been asked to perform, holding traces of past uses and process to become more than just «raw» material.
Using balance,
weight, and
gravity as the foreground, her sculptures harness what she describes as a «natural push and
pull in materials.»
The tightening of the wire
pulls up the soft and heavy skin of the material creating a visible tension, allowing for the viewer to witness the artworks»
gravity,
weight and balance.
During several years this snow compacts and turns to ice, and under its own
weight,
gravity pulls the glacier into a slow drift.
Which is not real gas molecules in our atmosphere — they are not constantly colliding with each other in elastic collisions, the
pull of
gravity and the volume and
weight of the other molecules around them — constrains them — they may well have rapid molecular movement, vibrational, which is real gas kinetic, heat, but they are moving nowhere fast because they are constrained the the volume and
weight of the other real molecules under
gravity around them.
It is
gravity's
pulling power on mass which gives
weight.
They have different masses which is why they have different
weights which the
pull of
gravity acting on mass gives them.
Ideal gas which has no mass therefore no
weight under
gravity because there is nothing on which
gravity can
pull; which has no volume therefore does not expand or condense changing its
weight under reduced and increased pressure or heat and cold and so does not become lighter or heavier than air under
gravity; with no attraction therefore merely capable of bouncing off another and not capable of undergoing chemical changes, such as water and carbon dioxide in the atmosphere forming carbonic acid.