carbon-carbon doble bonds.
carbon-carbon doble bonds.
carbon-carbon doble bonds.
carbon-carbon doble bonds.
The number of carbon-carbon double bonds.
carbon-carbon doble bonds.
Bottle caps, twist ties (depends on shape).
Hydrogen bonds are important for the formation of hydride bridges. These cause the protein molacules to twist into their unusual shapes. Many proteins are used in "lock and key" processes throughout the cells. Without the proper shape, the keys will no longer fit and the protein is useless for continuing the process.
yes because the color in the plant starts to change and the leafs starts to twist
The stress force that causes a mass of rock to pull or twist in opposite directions is called tension. Shearing is the stress force that causes a mass of rock to pull or twist in opposite directions.
Fun snaps are made from crystals of silver fulminate - sometimes in combination with potassium chlorate, held together in a little paper twist. The silver fulminate is an unstable primary explosive that detonates on even the slightest impact.Hope this helps ya!?Ex Semper :o)
The number of carbon-carbon double bonds.
Warp means twist or bend out of shape.
Rifling imparts spin that stabilizes the projectile. The rate or "twist" determines how much
distort
A twist force works by twisting an object round to make a twisted shape.
Contort
Wild card, rejects back
It is spelt 'distort' and means to "Pull or twist out of shape".
Bottle caps, twist ties (depends on shape).
they painfully twist and pull roots down where they are supposed to be
the shape of a jellybean is really weird. it is sooo trying to copy macaroni, with its own little twist.! but two can play at this game...mwahahaha.
First, you twist the black triangle to the right once. Then you do the same thing with the orange triangle. Same thing with yellow. Now twist white to the left. Twist first green to the left, then second green to the right. And NOW twist white to the left, then twist orange to the opposite side of where you twisted white. That doesn't fit next to another white, so you twist red so that it's facing down. Now you have half of a solid shape. Continue by twisting blue so that it's facing out. Twist another blue the opposite way. Twist red, then orange so it's facing down. Yellow is now going to be twisted to the right. Now twist white to the right. Twist green to the right but since that can't be twisted all the way twist another green so that it's facing down. Twist up white. Now twist yellow right (yellow is facing down now). Orange will be twisted up but can not be twisted all the way. To solve this problem, twist the red next to it down. Finally... Twist gray to the right, then down. Congratulations, you have a FULL solid shape!