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N - H groupscould causehydrogen bonding at the same time
the polarity of water(passive) is caused byHydrogen bonding in water
the factorsinfluencehydrogen bond strength
so are too few in numberto causesignificant hydrogen bonding
High intermolecular cohesionleadshydrogen bonding force ) of aramid
a negative chargeto causestrong hydrogen bonding
the number and percentage of bases(passive) is influenced byThe strength of the hydrogen - bonding
by the steric strain of hydrogen atoms(passive) resulting byN hydrogen bonding
two reactants in the fluid(passive) caused byhydrogen - bonding interactions
by the amide group(passive) caused byhydrogen bonding capability
the fibercauseshydrogen bond
Polar covalent bonds - bond - bond Polar molecule dipole - dipole interactions hydrogen bondingcauseshydrogen bonding
by intermolecular force between the insulation layers 22 and 32(passive) caused byhydrogen bond
polar bonding containing hydrogen in a polar molecule(passive) is caused byHydrogen bonding
around the chemical world(passive) are discoveredHydrogen bonds
the atomscontributinghydrogen bonds
the strong polar nature of the water molecule(passive) is caused byHydrogen bonding
the turnresultshydrogen bonds
the liquid moleculeinfluencesintermolecular hydrogen bonding
by non - aromatic residues(passive) contributed byhydrogen bonds
by the nitrogen(passive) contributed byhydrogen bonds
by the nitrogen or hydroxide(passive) contributed byhydrogen bonds
I askedcauseshydrogen bonds
Further weak C?H?Cl and C?H?Oresulthydrogen bonds
Many properties of waterresultfrom hydrogen bonding
The interaction of adjacent chains through N?H?Oleadshydrogen bonds
knowledge of which atoms bonded to HydrogencauseHydrogen Bonding
Three special water propertiesresultfrom hydrogen bonding
H 2 O molecules to each otherresultingfrom hydrogen bonding
aside(passive) are setHydrogen bonds
Salt bridges ( ionic bonds or electrostatic interactions ) andcontributehydrogen bonds
the molecular formation of H 2 Owill resulthydrogen bonding
a non - polar bondwill ... resultin hydrogen bonding
the hairpin and loop structuresresultfrom intrachain hydrogen bonding
by the action of water or hydroxyl groups(passive) caused bythe hydrogen bonding
water s propertiesresultfrom hydrogen bonding
the properties of waterresultfrom hydrogen bonding
What properties of waterresultfrom hydrogen bonding
a slight dipole ... not enoughto causehydrogen bonds
a slight dipole but not enoughto causehydrogen bonds
watercauseswater
water tocauseswater to
the stretching frequencies of H2O to shift to lower valuescausesthe stretching frequencies of H2O to shift to lower values
in large values of heat and entropy of vaporisation , surface tension , and viscosityalso resultsin large values of heat and entropy of vaporisation , surface tension , and viscosity
in large values of heat and entropy of vaporisation , surface tension , and viscosity.[5also resultsin large values of heat and entropy of vaporisation , surface tension , and viscosity.[5
to a seven - membered loopleadsto a seven - membered loop
in the conformational changes of proteinresultedin the conformational changes of protein
to elevated stabilityleadingto elevated stability
from the chemical bonding between an atom of one molecule which has too much charge and a second atom having too little chargeresultfrom the chemical bonding between an atom of one molecule which has too much charge and a second atom having too little charge
to the formation of an S(6 ) ringleadsto the formation of an S(6 ) ring
that form between water molecules ... hydrogen bonds ... to the formation of tetrahedral structures wherein a central atom is located at the center with four molecules located at the cornersleadthat form between water molecules ... hydrogen bonds ... to the formation of tetrahedral structures wherein a central atom is located at the center with four molecules located at the corners
to higher G ' valuesledto higher G ' values
in the formation of two chainsresultin the formation of two chains
in this case H atoms , and the atoms of another moleculeresultin this case H atoms , and the atoms of another molecule
the molecular conformationinfluencesthe molecular conformation
to the structure of which moleculescontribute significantlyto the structure of which molecules
water to form a liquid at room temperaturecausewater to form a liquid at room temperature
to its antioxidant propertycontributingto its antioxidant property
to increased sheet formationleadto increased sheet formation
between 2 oxygen atomsare composedbetween 2 oxygen atoms
to an increased attraction between the individual molecules and a more higher boiling pointleadto an increased attraction between the individual molecules and a more higher boiling point
the high stability(passive) caused bythe high stability
to the stability of a proteincontributeto the stability of a protein
to the stability of a proteindo ... contributeto the stability of a protein
to the Tertiary Structure of a proteincontribute greatlyto the Tertiary Structure of a protein
the physical and chemical properties of various substancesinfluencesthe physical and chemical properties of various substances
to atoms to become additional distant within the good stage.[fiveleadsto atoms to become additional distant within the good stage.[five
to increased beta sheet formationleadto increased beta sheet formation
in the formation of RNA and DNAresultin the formation of RNA and DNA
to the formation of a supramolecular chainleadto the formation of a supramolecular chain
the chemical behaviors of waterinfluencethe chemical behaviors of water
to the formation of supramolecular structuresleadingto the formation of supramolecular structures
to the stability of the complexcontributeto the stability of the complex
to protein?ligand bindingcontributeto protein?ligand binding
DNA Structure Pairing(passive) is caused byDNA Structure Pairing
at least a portion of the polymer to adopt a planar structurecausesat least a portion of the polymer to adopt a planar structure
when H atoms are bonded with O , N , or atomswill resultwhen H atoms are bonded with O , N , or atoms
from hydrogen bonded as described aboveresultfrom hydrogen bonded as described above
atoms to become more distant in the solid phasecausesatoms to become more distant in the solid phase
the structural changescausingthe structural changes