each molecule can bond to a maximum of four others in a water crystal, which is...

Question

Question

each molecule can bond to a maximum of four others in a water crystal, which is also known as

science chemistry

Answer 1

Answer #1

It is called water of crsystalizaion or water of hydration.

In water crystal each water molecule is bonded with 4 other molecules by intermolecular hydrogen bonds.

Answer 2

Similar Homework Help Questions

At OK, each water molecule of the ice lattice is known to have 1.5 hydrogen-bond configurations...

At OK, each water molecule of the ice lattice is known to have 1.5 hydrogen-bond configurations in average. The residual molar entropy of water must be: O RIn(1.5) O RIn(2) O 1.5R In(2) O 2RIn(1.5)
what is the maximum number of water molecules that, in theory, the following molecule could hydrogen...

what is the maximum number of water molecules that, in theory, the following molecule could hydrogen bond with? A no C ~ NH2 D A B Ţ C B highest lowest 2. [03 pts.] What is the maximum number of water molecules that, in theory, the following molecule could hydrogen bond with? 70 0 Hay Nhz . [03 pts.] How many carbons are in planar double bond system?! [03 pts.] To which compound is the addition of H-Br more highly...
When a water molecule forms a hydrogen bond with another water molecule, which atoms are involved...

When a water molecule forms a hydrogen bond with another water molecule, which atoms are involved in the interaction? A) a hydrogen from one molecule and a hydrogn from the other molecule B) a hydrogen from one molecule and an oxygen from the other molecule C) an oxygen from one molecule and an oxygen from the other molecule D) an oxygen and a hydrogen from the same molecule E) two hydrogens from one molecule and one hydrogen from the other...

7. If an ionic bond is stronger than a dipole-dipole interaction, how can water dissolve an...

7. If an ionic bond is stronger than a dipole-dipole interaction, how can water dissolve an ionic compound? None of these The ion-dipole interactions of a bunch of water molecules gang up on the strong ionic bond and pull it into the solution. The ions never overcome their interatomic attraction and therefore are not soluble. The ionic bond is weakened by the ion-dipole interactions and ionic repulsion ejects the ions from the crystal. The ion-dipole...
In the following molecule, one single bond is weaker than the others. Draw the homolysis products...

In the following molecule, one single bond is weaker than the others. Draw the homolysis products when the weakest single bond breaks. You may need to consult bond dissociation energy tables. In the following molecule, one single bond is weaker than the others. Draw the homolysis products when the weakest single bond breaks. You may need to consult bond dissociation energy tables.
Determine the maximum wavelength for which Bragg reflection can be observed on a simple cubic crystal...

Determine the maximum wavelength for which Bragg reflection can be observed on a simple cubic crystal with a lattice constant of 5.0 Å. What is the photon energy of the X-rays?

How can sugar that has big molecule im water, in which has small molecule?

How can sugar that has big molecule im water, in which has small molecule?
Water is a unique molecule. Which of the following contributes to water's unique place in the...

Water is a unique molecule. Which of the following contributes to water's unique place in the chemical world? The geometry of the molecule The polarity of the O-H bonds The ability of water molecules to hydrogen bond The bond angle of water All of the answers are correct
The synthesis of one molecule of glucose starting from pyruvate requires four molecules of water. One...

The synthesis of one molecule of glucose starting from pyruvate requires four molecules of water. One molecule of water is required for each of the hydrolysis reactions catalyzed by fructose-1,6-bisphosphatase-1 and glucose-6-phosphatase, respectively. Which other gluconeogenic enzyme-catalyzed reaction requires water? Why are two molecules of water needed by the latter reaction?

For which molecule(s) can we not use valence bond theory to explain the bonding? SO2...

For which molecule(s) can we not use valence bond theory to explain the bonding? SO2 (O―S―O bond angle ~120 ° ) CH4 (H―C―H bond angles = 109.5 ° ) AsH3 (H―As―H bond angles = 92 ° )