Achemist reacts sodium metal (na) and chlorine gas (cl) to form salt according to the balanced chemical equation: na + cl → nacl. if the chemist has 35.0 g na, what mass of chlorine must he or she use to react completely with the sodium? finally, solve (remember significant figures)what is a? couldn't wait so i got it wrong but for all the people needing this question answered the answer is a= 54.1

The reaction involves adding Na and Cl₂ gas to form NaCl

since chlorine is a halogen it exists as a diatomic molecule - Cl₂

the balanced equation is

2Na + Cl₂ --> 2NaCl

the molar ratio reactants Na to Cl₂ is 2:1

the mass of Na present is 35.0 g

therefore number of moles of Na is - 35.0 g / 23 g/mol = 1.52 mol

according to the molar ratio , the number of Cl₂ moles required is half the number of Na moles present

If 2 moles of Na reacts with 1 mol of Cl₂

then 1.52 mol of Na reacts with - 1/2 x 1.52 mol = 0.760 mol of Cl₂

molar mass of Cl₂ is - 71.0 g/mol

number of Cl₂ moles are - 0.760 mol x 71.0 g/mol = 54.0 g

answer is 54.0 g of Cl₂ is needed

i know insulin is primary but i dont know the others im sorry

explanation:

he would use the colour black