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Classify the following oxide as neutral, acidic, basic or amphoteric: Tl2O3 - Chemistry

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प्रश्न

Classify the following oxide as neutral, acidic, basic or amphoteric:

Tl2O3

विकल्प

  • neutral

  • acidic

  • basic

  • amphoteric

MCQ
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उत्तर

basic

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Group 14 Elements - The Carbon Family
  क्या इस प्रश्न या उत्तर में कोई त्रुटि है?

संबंधित प्रश्न

Discuss the pattern of variation in the oxidation states of C to Pb.


Explain why is there a phenomenal decrease in ionisation enthalpy from carbon to silicon?


Rationalise the given statement and give a chemical reaction:

Lead (IV) chloride is highly unstable towards heat.


Classify the following oxide as neutral, acidic, basic or amphoteric:

B2O3


Classify the following oxide as neutral, acidic, basic or amphoteric:

SiO2


Classify the following oxide as neutral, acidic, basic or amphoteric:

PbO2


Write suitable chemical equations to show the nature of the following oxide.
CO

Write suitable chemical equations to show the nature of the following oxide.

B2O3


Write suitable chemical equations to show the nature of the following oxide.

CO2


Catenation i.e., linking of similar atoms depends on size and electronic configuration of atoms. The tendency of catenation in Group 14 elements follows the order:


The linear shape of CO2 is due to:

(i) sp3 hybridisation of carbon.

(ii) sp hybridisation of carbon.

(iii) pπ – pπ bonding between carbon and oxygen.

(iv) sp2 hybridisation of carbon.


Give reasons for the following:

CCl4 is immiscible in water, whereas SiCl4 is easily hydrolysed.


The +1 oxidation state in group 13 and +2 oxidation state in group 14 becomes more and more stable with increasing atomic number. Explain.


Carbon and silicon both belong to the group 14, but inspite of the stoichiometric similarity, the dioxides, (i.e., carbon dioxide and silicon dioxide), differ in their structures. Comment.


Explain the following:

Why does the element silicon, not form a graphite like structure whereas carbon does.


A tetravalent element forms monoxide and dioxide with oxygen. When air is passed over heated element (1273 K), producer gas is obtained. Monoxide of the element is a powerful reducing agent and reduces ferric oxide to iron. Identify the element and write formulas of its monoxide and dioxide. Write chemical equations for the formation of producer gas and reduction of ferric oxide with the monoxide.


The principal ore of lead is ______. 


Stannous chloride solution when kept in the air turns milky due to the formation of ______.


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