yes
Cl and F have different electronegitivities
they will therefore exert different strengths of attraction on the pair of electrons in their covalent bond
F is more electronegative and will withdraw the electrons further from the bond (pull electrons closer to it)
F will be delta negative ... Cl will be delta positive
The compound AL(CLO3)3 is called aluminum chlorate.
The type of bond in ClO3 is a covalent bond. ClO3, which is the chlorate ion, consists of one chlorine atom and three oxygen atoms bonded together through sharing of electrons.
CaCl2 ^actually this answer is wrong. chlorate is ClO3 with a charge of 1- . Calcium has a charge of 2+. Use the criss-cross rule and you get Ca(ClO3)2. Therefor the right answer is Ca(ClO3)2
The compound formula for calcium chlorate is Ca(ClO3)2.
The chemical formula of ferric chlorate is Fe(ClO3)3.
Cu(ClO3)2 is the copper chlorate.
The chemical formula for calcium is Ca, and the chemical formula for chlorate is ClO3.
The chlorate ion (ClO3-) is trigonal pyramidal and polar.
The chemical symbol for chlorate is ClO3.
That would depend on whether it is iron II chlorate or iron III chlorate. Iron II chlorate is Fe(ClO3)2. Iron III chlorate is Fe(ClO3)3
The compound AL(CLO3)3 is called aluminum chlorate.
ClO3 has the smaller bond angle than ClO4
The barium chlorate formula is Ba(ClO3)2.
The chemical formula for mercurous chlorate is Hg2(ClO3)2.
The type of bond in ClO3 is a covalent bond. ClO3, which is the chlorate ion, consists of one chlorine atom and three oxygen atoms bonded together through sharing of electrons.
This compound is not prepared today; the probably formula will be FrClO3. The francium perchlorate is FrClO4.
CaCl2 ^actually this answer is wrong. chlorate is ClO3 with a charge of 1- . Calcium has a charge of 2+. Use the criss-cross rule and you get Ca(ClO3)2. Therefor the right answer is Ca(ClO3)2