The polyatomic ion represented by the formula NO2- is the nitrite ion.
You use parentheses to represent that a polyatomic ion is used more than once as a whole. For example Ba(NO2)2. It is NO2 that is used twice because Ba has a 2+ charge and NO2 has a -1 charge. So you need 2 NO2 to make the formula equal 0. So you use the parentheses to represent you are using 2 NO2
This is known as a Nitrate, the 'ate' ending means it has Oxygen in it, the 'Nitr' represents the Nitrogen part.
An ionic compound including polyatomic ions. Its formula is Hg(NO2)2.
Some major polyatomic ions include PO4 charge -3 PO3 charge -3 CO3 charge -2 ClO4 charge -1 NH3 charge +1 NO3 charge -1 NO2 charge -1 If you need anymore than look up polyatomic ions in Google.
Ga is Gallium and NO2 is the nitrite anion. Thus, Ga(NO2)3 is gallium nitrite.
Nitrite Ion
Nitrite (NO2)
Nitrite ion
You use parentheses to represent that a polyatomic ion is used more than once as a whole. For example Ba(NO2)2. It is NO2 that is used twice because Ba has a 2+ charge and NO2 has a -1 charge. So you need 2 NO2 to make the formula equal 0. So you use the parentheses to represent you are using 2 NO2
Nitrite is a polyatomic ion with an overall charge of -1. The formula for nitrite is NO2-.
No. NO2 (nitrogen dioxide) is a neutral molecule and NO2-, (nitrite ion) is a negative ion
NO2-
NO2-
NO2-
This is known as a Nitrate, the 'ate' ending means it has Oxygen in it, the 'Nitr' represents the Nitrogen part.
NO2−, nitrite ionNO2+, nitronium ion
NO3 is not an acid but would be an acid if it had H(hydrogen) in front of it To improve on this: NO3- is the conjugate base of HNO3, which is a strong acid. Because the conjugate base of any strong acid is an EXTREMELY weak base, it could for most intents and purposes be considered neutral as it is highly unlikely to significantly raise the pH of a solution.