Home
Class 11
CHEMISTRY
In the molecule O(A) = C = O(B), the fo...

In the molecule `O_(A) = C = O_(B)`, the formal charge on `O_(A)C " and " O_(B)` are respectively.

A

`-1, 0, +1`

B

`+1, 0, -1`

C

`-2,0,+2`

D

`0, 0,0`

Text Solution

Verified by Experts

The correct Answer is:
d
Bond order = (No. of valence electrons in free atom) - (No. of non - bonding electrons) - (1/2(Total no. of bonding electrons))
Promotional Banner

Topper's Solved these Questions

  • CHEMICAL BONDING

    SURA PUBLICATION|Exercise EVALUATION (II. WRITE BRIEF ANSWER TO THE FOLLOWING QUESTIONS )|31 Videos

  • CHEMICAL BONDING

    SURA PUBLICATION|Exercise ADDITIONAL QUESTIONS (CHOOSE THE CORRECT ANSWERS )|64 Videos

  • BASIC CONCEPTS OF ORGANIC REACTIONS

    SURA PUBLICATION|Exercise CREATIVE QUESTIONS [HOTS]|14 Videos

  • ENVIRONMENTAL CHEMISTRY

    SURA PUBLICATION|Exercise 5 MARKS|1 Videos

Similar Questions

Explore conceptually related problems

Compound of molecular formula C_(7)H_(8)O is a sweet smelling liquid. A on reaction with acidified K_(2)Cr_(2)O_(7) gives compound B of molecular formula C_(7)H_(8)O . B reduces Tollen's reagent A and B are respectively.

The molecule formula P_(2) O_(5) means that :

Find the value of lambda so that the points P ,Q ,R and S on the sides O A ,O B ,OC and A B , respectively, of a regular tetrahedron O A B C are coplanar. It is given that (O P)/(O A)=1/3,(O Q)/(O B)=1/2,(O R)/(O C)=1/3 and (O S)/(A B)=lambdadot (A) lambda=1/2 (B) lambda=-1 (C) lambda=0 (D) for no value of lambda

Let G_1, G_2a n dG_3 be the centroids of the triangular faces O B C ,O C Aa n dO A B , respectively, of a tetrahedron O A B Cdot If V_1 denotes the volumes of the tetrahedron O A B Ca n dV_2 that of the parallelepiped with O G_1,O G_2a n dO G_3 as three concurrent edges, then prove that 4V_1=9V_1dot

A triangle A B C is inscribed in a circle with centre at O , The lines A O ,B Oa n dC O meet the opposite sides at D , E ,a n dF , respectively. Prove that 1/(A D)+1/(B E)+1/(C F)=(acosA+bcosB+ccosC)/