Molecular Structure of Acids and Bases - AP Chemistry
Card 0 of 70
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Acid strength increases from left to right across a period and increases going down a group.
Acid strength increases from left to right across a period and increases going down a group.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Compare your answer with the correct one above
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
For an oxyacid, the acid strength increases as the number of oxygens increase.
For an oxyacid, the acid strength increases as the number of oxygens increase.
Compare your answer with the correct one above
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Acid strength increases going across a period.
Acid strength increases going across a period.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Acid strength increases from left to right across a period and increases going down a group.
Acid strength increases from left to right across a period and increases going down a group.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Compare your answer with the correct one above
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
For an oxyacid, the acid strength increases as the number of oxygens increase.
For an oxyacid, the acid strength increases as the number of oxygens increase.
Compare your answer with the correct one above
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Acid strength increases going across a period.
Acid strength increases going across a period.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Acid strength increases from left to right across a period and increases going down a group.
Acid strength increases from left to right across a period and increases going down a group.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Compare your answer with the correct one above
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
For an oxyacid, the acid strength increases as the number of oxygens increase.
For an oxyacid, the acid strength increases as the number of oxygens increase.
Compare your answer with the correct one above
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Acid strength increases going across a period.
Acid strength increases going across a period.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Acid strength increases from left to right across a period and increases going down a group.
Acid strength increases from left to right across a period and increases going down a group.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Compare your answer with the correct one above
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
For an oxyacid, the acid strength increases as the number of oxygens increase.
For an oxyacid, the acid strength increases as the number of oxygens increase.
Compare your answer with the correct one above
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Put the following in order of INCREASING acid strength: H2Se, KH, AsH3, HBr.
Acid strength increases going across a period.
Acid strength increases going across a period.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Put the following acids in order of their INCREASING acid strength: HI, HCl, HBr, HF.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Larger halogen size leads to greater acidity because of weaker H-X interactions.
Compare your answer with the correct one above
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Put the following acids in order of their INCREASING acid strength: HCl, HS, HBr, H2Se.
Acid strength increases from left to right across a period and increases going down a group.
Acid strength increases from left to right across a period and increases going down a group.
Compare your answer with the correct one above
Put the following acids in order of their DECREASING acid strength: HOCl, HOBr, HOI, H2O.
Put the following acids in order of their DECREASING acid strength: HOCl, HOBr, HOI, H2O.
Acid strength of an oxy acid increases with increasing electronegativity on the halogen.
Acid strength of an oxy acid increases with increasing electronegativity on the halogen.
Compare your answer with the correct one above
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
Put the following acids in order of their DECREASING acid strength: HOCl, HO2Cl, HO3Cl, HO4Cl.
For an oxyacid, the acid strength increases as the number of oxygens increase.
For an oxyacid, the acid strength increases as the number of oxygens increase.
Compare your answer with the correct one above