Is it possible to this sequence?

  • Thread starter mtayab1994
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In summary, the predictability, reproducibility, underlying patterns, manipulability, and potential limit or end of a sequence depend on its complexity, randomness, available data and resources, and the nature of the sequence itself.
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mtayab1994
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Homework Statement


given:

Vn+1=Vn*cos(pi/2^(n+2)) and Vn= pi/2


Homework Equations



Write Vn in terms of n

The Attempt at a Solution



how can i start this. I already know that -1<cosx<1 and I've already proved that this sequence is a negative sequence. Then our teacher said if its possible to write Vn in terms of n?
 
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Wrong attachement.
 

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correct attachment:
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1. Is it possible to predict the outcome of this sequence?

It depends on the complexity and randomness of the sequence. Some sequences, such as mathematical or biological patterns, may be predictable to a certain extent. However, others may be completely random and unpredictable.

2. Can this sequence be reproduced or replicated?

It is possible to reproduce or replicate a sequence if the necessary data and resources are available. However, it may not be possible to replicate it exactly due to external factors or limitations.

3. Are there any underlying patterns in this sequence?

It is common for sequences to have underlying patterns, but it may not always be easy to identify them. Some patterns may be subtle or require advanced analysis techniques to uncover.

4. Can this sequence be manipulated or changed?

It may be possible to manipulate or change a sequence, depending on the nature of the sequence and the tools and techniques available. However, altering a sequence may affect its outcome or integrity.

5. Is there a limit or end to this sequence?

It varies depending on the specific sequence. Some sequences may have a set limit or end, while others may continue indefinitely. It is also possible for a sequence to appear endless, but still have a limit or end that has not yet been discovered.

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