11th class (FSc) chemistry Unit 6 MCQs

a. SP hybridized
b. SP3 hybridized
c. Dsp2 hybridized
d. SP2 hybridized

d. SP2 hybridized

a. 180o
b. 109.5o
c. 0o
d. 102o

d. 102o

a. Five
b. Six
c. Eight
d. Four

b. Six

a. C2H2
b. CH4
c. C2H6
d. C2H4

d. C2H4

a. Two
b. Five
c. Four
d. Three

d. Three

a. Dsp2
b. SP3
c. SP
d. SP2

c. SP

a. Three sigma two pi
b. One sigma two pi
c. Two sigma two pi
d. Two sigma one pi

a. Three sigma two pi

a. Kossel
b. Moseley
c. Mulliken
d. Werner

c. Mulliken

a. MO theory
b. VSEPR
c. VB theory
d. None of these

a. MO theory

a. 2
b. Zero
c. 3
d. 1

c. 3

a. N2
b. H2
c. O2
d. He

c. O2

a. every electron in the bonding molecular orbitals contributes to the attraction between atoms
b. Bond molecular orbitals possess less energy than atomic orbitals from which they are formed
c. Bonding molecular orbitals are formed when the electron waves undergo constructive interference
d. Bonding molecular orbitals have low electron density between the two nuclei

c. Bonding molecular orbitals are formed when the electron waves undergo constructive interference

a. HCl
b. HF
c. HBr
d. HI

d. HI

a. 463
b. 346
c. 336
d. 436

d. 436

a. Both have zero
b. Zero and 1.85 D
c. 1.70 D and 180
d. None of these

a. Both have zero

a. 0.95 D
b. 1.84 D
c. 2.2 D
d. Zero D

d. Zero D

a. mC
b. Pm
c. Debye
d. All

a. mC

a. H2O
b. NH3
c. BF3
d. CHCl3

c. BF3

a. Zero D
b. 1.85 D
c. 1.61 D
d. 0.95 D

a. Zero D

a. HF
b. HCL
c. HI
d. HBr

a. HF

a. SO2
b. CO
c. CH4
d. H2S

c. CH4

a. CH4
b. CO2
c. H2O
d. NH3

b. CO2

a. 43%
b. 100%
c. 57%
d. 80%

a. 43%

a. NH3
b. CCl4
c. CO2
d. BF3

a. NH3

a. Both ionization energy and electron affinity B are high
b. The ionization energy of A is high and electron affinity B is low
c. Both ionization energy and electron affinity B are Slow
d. The ionization energy of A is low and electron affinity B is high

d. The ionization energy of A is low and electron affinity B is high

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