Based on it's electronegative difference the kind of bond present in the compound OF2 is a Polar covalent bond.
Based on the maximum possible difference in electronegativity, this should be the bond in cesium fluoride.
I guess that ur question refers to the K2O in solid state. Based on electronegativity their bond should be ionic. I guess that ur question refers to the K2O in solid state. Based on electronegativity their bond should be ionic.
A large difference in electronegativity means that one elemnt gives up its electron completly and the other accepts it. A difference of 1.7 is only a "rule of thumb" based on observations of which combinations of elemnts are ionic and which covalent. Covalent and ionic are "two ends of the spectrum" , pureionic bonds are RARE, usually there is small amount of covalency.
C-F will be the most polar because of the four C and F have the largest difference in electronegativity.
The solubility of calcium triphosphate in water is very low.
CdS is about 15% ionic and the balance covalent, based on an equation that curve fits measured ionic character of compounds versus difference in electronegativity.
Based on the maximum possible difference in electronegativity, this should be the bond in cesium fluoride.
I guess that ur question refers to the K2O in solid state. Based on electronegativity their bond should be ionic. I guess that ur question refers to the K2O in solid state. Based on electronegativity their bond should be ionic.
Pauling electronegativity 2.33 Sanderson electronegativity 2.29 Allred Rochow electronegativity 1.55 Mulliken-Jaffe electronegativity 2.41 (sp3 orbital) Allen electronegativity no data
Hydrogen Bond
hydrogen bond
Hydrogen bond.
Hydrogen electronegativity = 2.2Carbon electronegativity = 2.552.55/2.2= 1.2 variance===================No, not enough variance as about 1.4 is needed.
it is an organic salt but shows some properties of inorganic compound as solubility in water.
A large difference in electronegativity means that one elemnt gives up its electron completly and the other accepts it. A difference of 1.7 is only a "rule of thumb" based on observations of which combinations of elemnts are ionic and which covalent. Covalent and ionic are "two ends of the spectrum" , pureionic bonds are RARE, usually there is small amount of covalency.
A "spectrum" of sorts exists when it comes to bonding. Ionic is an one end and covalent is at the other. Electronegativity difference between constituent elements is what determines a compound's placement on this bonding spectrum. Cesium fluoride, for instance, has the greatest electronegativity difference of any metal-nonmetal combination. Therefore, CsF is very near the ionic extreme of the bonding spectrum. However, even this formula unit will exhibit tiny amounts of covalent character based upon the random motion of electrons.
No. It's actually carbon-based and is an organic compound.