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EnfoldUnfoldRefold
The word that rhymes with the opposite of "fold" is "unfold."
Mountian fold,valley fold,fold and unfold arrow,fold in front of arrow,fold behind arrow.
The accented syllable in the word unfold is the second syllable ([un-FOLD] - /ʌnˈfoʊld/ in IPA).
First. It's UN-fold, as opposed to un-FOLD
1. fold a small, square piece of paper or foil about the size of a post-it note digagonally crease 2. unfold it and fold diagonally the athor way crease 3. unfold. You should now have an X made by folds 4. Turn the paper over. 5. Fold it lengthwise crease, and unfold. Then fold it widtwise, crease, and unfold 6. this will create a plus sign 7. last step Turn the paper over again piching the X shape so that the center of the cross pops up, creating a dimple.This is your psi wheel
The opposite action is "unfold" or straighten.The opposite of a fold (upward) could be a crease (downward) but they can also mean the same thing in many uses.
easy first you get a rectangle piece of paper then fold top two corners together and fold in half then unfold and tadah JK
It depends on what protein it is. Seriously. Common proteins that are very important to the human body start unfolding at 105 degrees Fahrenheit. That's why a fever at that temperature can become fatal. However, other forms of life create proteins that unfold at radically different temperatures. Some cold-loving bacteria use proteins that start unfolding above -5 degrees Celsius. Some thermophilic bacteria use proteins that don't unfold even at 400 degrees Celsius. What kind of proteins are made and how they fold all depends on what temperature range the organism is adapted to survive at and therefore what temperatures cause the proteins to fold the way they are needed.
a denature protein may re-form to its functional shape when returned to its normal environment. what does that indicate about a protein's conformation? Proteins fold in natural environment (water) in a way that they are stable, but a non-polar solvent provides a very different environment, so the protein has to unfold and adopt a very different shape.
No. Folding does not alter the topology of the paper.