Question

Please comment on the stability and unstability of carbocation and carbanion on double bonded and triple bonded carbon atom......

Answer 1

Answer:

if bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isoscelesif bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isoscelesif bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isoscelesif bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isoscelesif bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isoscelesif bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isoscelesif bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isosceles bisector AE of exterior vertical angle DAE of triangle abc be parallel to base BC prove that tringe is isosceles is isosceles

Answer 2

Answer:

=> In a secondary carbocation, only two alkyl groups would be available for this purpose, while a primary carbocation has only one alkyl group available.

=> Thus the observed order of stability for carbocations is as follows: tertiary > secondary > primary > methyl.

Explanation:

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