# What is the ratio of sodium to fluorine?

## What is the ratio of sodium to fluorine?

The mass ratio of sodium to fluorine in sodium fluoride is 1.21:1. A sample of sodium fluoride produces 28.8 g of sodium upon decomposition.

What is the reaction between sodium and fluorine?

While not a normal route of preparation because of the expense, sodium metal reacts vigorously with all the halogens to form sodium halides. So, it burns with fluorine, F2, to form sodium(I) fluoride, NaF.

What is the mass ratio of Na to F in sodium fluoride What is the mass ratio of Na to F in sodium fluoride?

The mass ratio of sodium to fluorine in sodium fluoride is 1.21: 1.

### What is the percent by mass of fluorine in sodium fluoride?

Mass percentage of the elements in the composition

Element Symbol Mass Percent
Natrium Na 54.753\%
Fluorum F 45.248\%

What is the mass of F in grams in 24.6 g of the compound?

What is the mass of F in grams in 24.6 g of the compound? Here, we are going to calculate the mass of F in the compound. Therefore,the mass of F in g in the is 5.97 g.

What is the relative formula mass of sodium fluoride?

41.9881724
Sodium fluoride

PubChem CID 5235
Molecular Formula NaF or FNa
Synonyms sodium fluoride 7681-49-4 Florocid Zymafluor Ossin More…
Molecular Weight 41.9881724
Component Compounds CID 14917 (Hydrofluoric acid) CID 5360545 (Sodium)

#### What is the mass of F fluoride in 24.6 g of tin II fluoride SnF2 )?

Tin(II) fluoride ( ) is often added to toothpaste as an ingredient to prevent tooth decay. What is the mass of F in grams in 24.6 g of the compound? Here, we are going to calculate the mass of F in the compound. Therefore,the mass of F in g in the is 5.97 g.

How many moles are there in 333 g of SnF2?

2.13 moles 30
How many moles in 333g SnF2? 2.13 moles 30.

What is the ionic formula for sodium and fluoride?

Formula and structure: The chemical formula of sodium fluoride is NaF and its molar mass is 41.99 g/mol. It is a simple ionic compound, made of the sodium (Na+) cation and fluoride (F-) anion.