The set of amphoteric oxides among $ZnO$,$Tl_2O_3$,$In_2O_3$,$B_2O_3$,$PbO$,$SnO_2$ is
- A$ZnO, Tl_2O_3, PbO$
- B$ZnO, PbO, SnO_2$
- C$ZnO, In_2O_3, SnO_2$
- D$ZnO, In_2O_3, PbO$
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Similar Questions
What is the correct order comparing the acid strengths of $HF$,$HCl$,$HBr$,and $HI$?
Which of the following orders is correct $-$
Medium
View SolutionThe correct order of the metallic character of the elements $Be, Al, Na, K$ is
Match the following:
Oxide Nature $a$. $CO$ $i$. Basic $b$. $BaO$ $ii$. Neutral $c$. $Al_2O_3$ $iii$. Acidic $d$. $Cl_2O_7$ $iv$. Amphoteric
Which of the following is the correct option?
| Oxide | Nature |
|---|---|
| $a$. $CO$ | $i$. Basic |
| $b$. $BaO$ | $ii$. Neutral |
| $c$. $Al_2O_3$ | $iii$. Acidic |
| $d$. $Cl_2O_7$ | $iv$. Amphoteric |
Which of the following is the correct option?
MediumNEET 2020
View SolutionConsidering the elements $F,$ $Cl,$ $O,$ and $N,$ the correct order of their chemical reactivity in terms of oxidizing property is:
$(a)$ $F > Cl > O > N$
$(b)$ $F > O > Cl > N$
$(c)$ $Cl > F > O > N$
$(d)$ $O > F > N > Cl$
$(a)$ $F > Cl > O > N$
$(b)$ $F > O > Cl > N$
$(c)$ $Cl > F > O > N$
$(d)$ $O > F > N > Cl$
Easy
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