Lithium metal reacts with nitrogen gas to produce a white solid Lithium nitride `(Li_N)` according to the reaction :
`6 Li(s)+N_2 (s)to2Li_3N(s)` if 8.4 g of Li is taken initially with excess of `N_2(g)`, then (Atomic weight of Li=7)

In the reaction 6Li+N_(2)rarr2Li_(3)N

In the reaction 6Li+N_(2)rarr2Li_(3)N

28 gm lithium is mixed with 48 gm O_(2) to reacts according to the following reaction. 4Li + O_(2) to 2Li_(2)O The mass of Li_(2)O formed is

28 gm lithium is mixed with 48 gm O_(2) to reacts according to the following reaction. 4Li + O_(2) to 2Li_(2)O The mass of Li_(2)O formed is

Lithium oxide is used to remove water from air according to the following reaction: Li_(2)O(s) + H_(2)O(g) to 2LiOH(s) 90 kg of water is to be removed and 45 kg of Li_(2)O is available. How much excess reactant (in kg) left?

When heated, lithium reacts with nitrogen to gorm lithium nitride: Li(s)+N_(2)(g)rarrLi_(3)N_(s) When 21 gm of Li reacts with 280gm of N_(2) then 0.35 gm of Li_(3)N is formed. What is % yield of reaction.

Lithium oxide is used to remove water from air according to the following reaction: Li_(2)O(s) + H_(2)O(g) to 2LiOH(s) 90 kg of water is to be removed and 45 kg of Li_(2)O is available. Which reactant is the limiting reactant?

Lithium oxide is used to remove water from air according to the following reaction: Li_(2)O(s) + H_(2)O(g) to 2LiOH(s) 90 kg of water is to be removed and 45 kg of Li_(2)O is available. Define limiting reactant.

Lithium oxide is used to remove water from air according to the following reaction: Li_(2)O(s) + H_(2)O(g) to 2LiOH(s) 90 kg of water is to be removed and 45 kg of Li_(2)O is available. How many moles of Li20 are needed to completely remove 50 kg of water?

28gm lithium is fixed with 48gm O_(2) to react according to the following reaction Li + O_(2) rArr Li_(2)O The mass of Li_(2)O formed is: