According to the following chemical equation
2ZnS +3O2= 2ZnO +2SO2
from 100 mole of ZnS
(i) how many gram of ZnO, and
(ii) how many mole of SO2, will be produced ? (Zn = 65.5, S = 32,0 = 16)
Answers
Answer:
Explanation:
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place:
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 g
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 g
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 g
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO 2
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO 2 = 1 mole
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO 2 = 1 moleNumber of moles of ZnS = 1 mole
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO 2 = 1 moleNumber of moles of ZnS = 1 mole Weight of ZnS consumed = moles x molecular mass of ZnS = 1×97 = 97 g
When Zinc Blende (ZnS) is roasted in air, the following chemical reaction takes place: ZnS+O 2 →Zn+SO 2 ↑Molecular mass of ZnS = 97 gMolecular mass of oxygen = 32 gMolecular mass of SO 2 = 64 gGiven: Amount of SO 2 produced = 22.4 litre (at STP)Number of moles of SO 2 = 1 moleNumber of moles of ZnS = 1 mole Weight of ZnS consumed = moles x molecular mass of ZnS = 1×97 = 97 gHence, answer is A