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In general, in the molecules containing multiple bonds,_____ provide the most reactive centres. Choose the most appropriate one.
- a)σ bond
- b)p orbitals
- c)hyperconjugation
- d)π bonds
Correct answer is option 'D'. Can you explain this answer?
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In general, in the molecules containing multiple bonds,_____ provide t...
pie bonds are the most reactive centers.
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In general, in the molecules containing multiple bonds,_____ provide t...
Pi bonds are covalent chemical bonds where two lobes of an orbital on one atom overlap two lobes of an orbital on another atom and this overlap occurs laterally. Each of these atomic orbitals has zero electron density at a shared nodal plane, passing through the two bonded nuclei.
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In general, in the molecules containing multiple bonds,_____ provide t...
Multiple Bonds and Reactive Centers
Multiple bonds in molecules contain reactive centers, which are sites where chemical reactions can occur. These reactive centers are crucial in determining the reactivity and behavior of the molecule.
Bonding and Reactivity
In molecules containing multiple bonds, the bonds themselves contribute to the reactivity of the molecule. The nature and characteristics of these bonds play a significant role in determining the reactivity of the molecule.
Hyperconjugation and Reactive Centers
Hyperconjugation refers to the interaction between the σ-bond and an adjacent π-bond or an empty p-orbital. This phenomenon can stabilize a molecule by delocalizing electron density and reducing the reactivity at a particular site. Therefore, hyperconjugation does not provide additional reactive centers in a molecule.
p Orbitals and Reactive Centers
p orbitals are involved in the formation of π-bonds, which are commonly found in molecules containing multiple bonds. These π-bonds contribute significantly to the reactivity of the molecule by participating in various chemical reactions. However, p orbitals alone do not provide additional reactive centers in a molecule.
Bonds and Reactive Centers
The correct answer is option 'D' - bonds. Bonds in molecules containing multiple bonds provide the most reactive centers. The presence of multiple bonds allows for the formation of additional reactive sites in the molecule. These additional sites can participate in chemical reactions, making the molecule more reactive overall. Therefore, bonds in molecules containing multiple bonds are the primary source of reactive centers.
Multiple bonds in molecules contain reactive centers, which are sites where chemical reactions can occur. These reactive centers are crucial in determining the reactivity and behavior of the molecule.
Bonding and Reactivity
In molecules containing multiple bonds, the bonds themselves contribute to the reactivity of the molecule. The nature and characteristics of these bonds play a significant role in determining the reactivity of the molecule.
Hyperconjugation and Reactive Centers
Hyperconjugation refers to the interaction between the σ-bond and an adjacent π-bond or an empty p-orbital. This phenomenon can stabilize a molecule by delocalizing electron density and reducing the reactivity at a particular site. Therefore, hyperconjugation does not provide additional reactive centers in a molecule.
p Orbitals and Reactive Centers
p orbitals are involved in the formation of π-bonds, which are commonly found in molecules containing multiple bonds. These π-bonds contribute significantly to the reactivity of the molecule by participating in various chemical reactions. However, p orbitals alone do not provide additional reactive centers in a molecule.
Bonds and Reactive Centers
The correct answer is option 'D' - bonds. Bonds in molecules containing multiple bonds provide the most reactive centers. The presence of multiple bonds allows for the formation of additional reactive sites in the molecule. These additional sites can participate in chemical reactions, making the molecule more reactive overall. Therefore, bonds in molecules containing multiple bonds are the primary source of reactive centers.
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In general, in the molecules containing multiple bonds,_____ provide the most reactive centres. Choose the most appropriate one.a)σ bondb)p orbitalsc)hyperconjugationd)π bondsCorrect answer is option 'D'. Can you explain this answer?
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