Prediction for the reactivity of a chlorine directly on the double bond of an alkene would be in the following:
A dipole is created in the halogen molecule as the non-polar chlorine molecule approaches the alkene double bond.
A chloride ion is produced when the pi link in the alkene double bond breaks and establishes a bond with the delta positive Cl atom.
The chloride ion undergoes carbocation as a result, and along with the carbocation, a single electron pair forms a dative bond.
Carbon double bonds are more powerful and compact than single bonds. The number of bonds is two.
Additionally, double bonds have a lot of electrons, which could make them more reactive in the presence of a powerful electron acceptor.
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<u>Answer:
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The resource management task that includes activating local resource requirements is referred to as 'mobilization'.
<u>Explanation:
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- In order to commence the process of fetching requirements from the players at the local level, the key is to mobilize certain elements to put them into place together so that it forms a complex setup capable of generating the required resources.
- Hence, it can be said that the action of mobilization serves the purpose of initiating the flow of resource requirement.
Answer:
c
Explanation:
the are between 80 and 89
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