Relation between continuity and diffrentiability of a functiom and points where function is continuous.
pPoints where g.i.f [x] is continuous
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Hi friend,
A function which is continuous is said to be diffrentiable .But a function which is continuous need not be diffrentiable.So,all diffrentiable functions are continuous but all continuous functions are not diffrentiable.
G.I.F [x] is not continuous at x=integers.
HOPE THIS HELPS YOU...
A function which is continuous is said to be diffrentiable .But a function which is continuous need not be diffrentiable.So,all diffrentiable functions are continuous but all continuous functions are not diffrentiable.
G.I.F [x] is not continuous at x=integers.
HOPE THIS HELPS YOU...
pankaj12je:
thanks:)
Answered by
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♦ Continuous Function is diffrentiable.
♦ All functions are continuous.
♦ All continuous functions are not differentiable.
∴ G.I.F [x] is not continuous at x=integers.
♦ All functions are continuous.
♦ All continuous functions are not differentiable.
∴ G.I.F [x] is not continuous at x=integers.
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