K2S will have high boiling point than CH3Cl.
Formula for potassium sulfide is K2S.
K2S + 2HCl --> 2KCl + H2S
K2S or potassium sulfide is an ionic compound.
Potassium has a formal charge of +1, and sulfide has a formal charge of -2, so: K2S
If you have 2 moles of K+ for every mole of K2S and Molarity (M) is Moles per Liter. Then you know that you have .30 M of K2S. The way that you do that is setting up a series of conversion factors like so:(.15moles k2s/liter) x (2 moles of K/ 1 mole of K2S) = .30 moles k/ liter.The moles of K2S cancel out and you are left with moles of K per liter.
Formula for potassium sulfide is K2S.
K2S + 2HCl --> 2KCl + H2S
K2S or potassium sulfide is an ionic compound.
If you have 2 moles of K+ for every mole of K2S and Molarity (M) is Moles per Liter. Then you know that you have .30 M of K2S. The way that you do that is setting up a series of conversion factors like so:(.15moles k2s/liter) x (2 moles of K/ 1 mole of K2S) = .30 moles k/ liter.The moles of K2S cancel out and you are left with moles of K per liter.
Potassium has a formal charge of +1, and sulfide has a formal charge of -2, so: K2S
If you have 2 moles of K+ for every mole of K2S and Molarity (M) is Moles per Liter. Then you know that you have .30 M of K2S. The way that you do that is setting up a series of conversion factors like so:(.15moles k2s/liter) x (2 moles of K/ 1 mole of K2S) = .30 moles k/ liter.The moles of K2S cancel out and you are left with moles of K per liter.
yes
It is K2S.
K2S
K2s
K2s
Ionic, yes