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Draw the electron dot structures for...

Draw the electron dot structures for

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To draw the electron dot structures for ethanoic acid (CH₃COOH), propanone (CH₃COCH₃), hydrogen sulfide (H₂S), and fluorine gas (F₂), we will follow these steps for each compound: ### 1. Ethanoic Acid (CH₃COOH) **Step 1:** Identify the number of valence electrons. - Carbon (C) has 4 valence electrons. - Hydrogen (H) has 1 valence electron. - Oxygen (O) has 6 valence electrons. ...
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Some elements are given in the above table in their own symbol & position in the periodic table, while others [shaded] are shown with a letter. With reference to the table. Draw the electron dot structure for the compound formed between C and K. potential.

An element is placed in 2^("nd") group and 3^("rd") period of the periodic table, burns is presence of xygen of form a basic oxide (a) Identify the element (b) Write the electronic configuration (c) Write a balanced equation when it burns in the presence of air (d) Write a balanced when this oxide is dissolved in water (e) Draw the electron dot structure for the formation of this oxide.

Consider the section of the periodic table given below. Note : In this table B does not represent boron C does not represent carbon F does not represent fluorine H does not represent hydrogen K does not represent potassium You must see the position of the element in the periodic table. Some elements are given in their own symbol and position in the periodic table, while others are shown with a letter. With reference to the table: Draw the electron dot structure for the compound formed between C and K.

Draw the electron dot structure of the following: O_2

Draw the electron dot structure of : Nitrogen molecule (N=7]

Draw the electron dot structure of ethyne and also draw its structure of ethyne and also its structural formula.

Draw the electron dot structure of ammonia molecule and indicate (i) the shared pair of electrons and (ii) lone pair of electrons

An element X of group 15 exists as diatomic molecule and combines with hydrogen at 773 K in presence of the catalyst to form a compound, ammonia which has a characteristic pungent smell (a) Identify the element X. How many valence electrons does it have ? (b) Draw the electron dot structure of the diatomic molecule of X. What type of bond is formed in it ? (c) Draw the electron dot structure for ammonia and what type of bond is formed in it ?

Draw the electron dot structure of : [i] Nitrogen molecule [N = 7] , [ii] Sodium chloride [Na = 11, Cl = 17] , [iii] Ammonium ion [N = 7, H = 1 ]

An element X of group 15 and period 2 exists as diatomic molecule. It combines with hydrogen and forms ammonia in the presence of a suitable catalyst. Draw the electron dot structure of ammonia.

NCERT ENGLISH-CARBON AND ITS COMPOUNDS -Exercise
  1. A mixture of oxygen and ethyne is burnt for welding. Can you tell why ...

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  2. How would you distinguish experimentally between an alcohol and a carb...

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  3. What are oxidising agents?

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  4. Would you be able to check if water is hard by using a detergent?

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  5. People use a variety of methods to wash clothes. Usually after adding ...

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  6. Ethane, with the molecular formula C(2)H(6) has

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  7. Butanone is a four-carbon compound with what functional group?

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  8. While cooking, if the bottom of the vessel is getting blackened on the...

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  9. Explain the nature of the covalent bond using the bond formation in CH...

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  10. Draw the electron dot structures for

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  11. What is a homologous series ? Explain with an example.

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  12. How can ethanol and ethanoic acid be differentiated on the basis of th...

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  13. Why does micelle formation take place when soap is added to water? Wil...

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  14. Why are carbon and its compounds used as fuels for most applications?

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  15. Explain the formation of scum when hard water is treated with soap.

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  16. What change will you observe if you test soap with litmus paper (red a...

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  17. What is hydrogenation? What is its industrial application?

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  18. Which of the following hydrocarbons undergo addition reactions: C(2)H...

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  19. Give a test that can be used to differentiate chemically between butte...

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  20. Explain the mechanism of the cleansing action of soaps.

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