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The weak type of bonding which attracts molecules to molecules is?
Hydrogen bonding
What is the most significant force that attracts water molecules to each other?
Hydrogen bonding.
What does a hydrogen ion donate?
A hydrogen ion, when in reaction, usually donates its core which essentially is a proton that attracts negative charges, which in turn makes the positively charged hydrogen ion an electrophile.
What is the significant force that attracts water molecules polar molecules to each other?
hydrogen bonding
What is hydrogen hexachloride?
This material does not exist.
What material attracts hydrogen sulfide?
Alkaline Ferrous and Ferric Hydroxide. Alkali solution.
A magnetic material is?
A material that attracts a magnet. A magnetic material cannot repel, only attract.
What is the type of bond that attracts an oxygen and hydrogen molecule?
Covalent bond
The weak type of bonding which attracts molecules to molecules is?
Hydrogen bonding
What is it called when water attracts to other polar substances?
Cohesion. Oxygen is electronegative, and Hydrogen is electropositive.
What is the definition of conducter?
A conductor is a material that attracts electricity. Such as copper.
What is a material that attracts iron or materials containing iron?
a magnet
What is the most significant force that attracts water molecules to each other?
Hydrogen bonding.
What is the significant force that attracts water molecules polar molecules to each other?
hydrogen bonding
What donates a hydrogen ion?
A hydrogen ion, when in reaction, usually donates its core which essentially is a proton that attracts negative charges, which in turn makes the positively charged hydrogen ion an electrophile.
What does a hydrogen ion donate?
A hydrogen ion, when in reaction, usually donates its core which essentially is a proton that attracts negative charges, which in turn makes the positively charged hydrogen ion an electrophile.
Why does the oxygen in a water molecule have a negative charge?
Oxygen attracts electrons more strongly than hydrogen does.
