What Has A Higher Surface Tension Than Water?

What Has A Higher Surface Tension Than Water? There is only one liquid having higher surface tension and that’s mercury which is a liquid metal with a surface tension of almost 500 mN/m. Does gas have a high surface tension? Surface tension depends mainly upon the forces of attraction between the particles within the given

How Is Hydrogen Bonding Responsible For High Surface Tension?

How Is Hydrogen Bonding Responsible For High Surface Tension? When many water molecules form hydrogen bonds with other water molecules, they form a lattice of water molecules, which is strong and flexible. This creates a high surface tension. … As a result, this molecule at the surface tends to be pulled into the bulk of

What Type Of Bonds Does Dextrose Have?

What Type Of Bonds Does Dextrose Have? Dextrose is a covalent bond and glucose or fructose can be used instead of dextrose. Is dextrose polar covalent? Polar Covalent, because when electronegativity’s are subtracted from each other, the results are mostly polar covalent. What types of bonds are in glucose? The carbon atoms in the glucose

What Type Of Bond Is C2H5OH?

What Type Of Bond Is C2H5OH? In ethanol, C2H5OH (1), there are covalent bonds, hydrogen bonds and van der Waals’ forces. Is C2H5OH polar or nonpolar molecule? Conclusion. Ethanol is a type of alcohol having two carbon atom chains having a hydroxyl group attached at one end. Due to the difference between the electronegativity of

What Prevents Adenine From Pairing With Guanine?

What Prevents Adenine From Pairing With Guanine? What structural problem prevents adenine from pairing with guanine and cytosine with thymine? Guanine and adenine would be too long. What problem prevents adenine from pairing with guanine? What structural problem prevents adenine from pairing with guanine and cytosine with thymine? Guanine and adenine would be too long.

Which Could Accept A Hydrogen Bond?

Which Could Accept A Hydrogen Bond? The elements that usually participate in hydrogen bonds are nitrogen, oxygen, and fluorine. … The nitrogen atom is called the hydrogen bond acceptor, because it is “accepting” the hydrogen from the oxygen. In the picture of two water molecules at lower right, the oxygen of the water molecule B