Translation and compression/expansion

  • Thread starter gillgill
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In summary, the conversation is discussing the order in which translation and compression/expansion should be applied when dealing with equations involving f(nx+m) or nf(x)+m. The conclusion is that the order does not matter in this case and either way will give the same result.
  • #1
gillgill
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i have a question about translation and compression/expansion
y=√x ; y=√2x-5

how do u know u translate 5 units right first or horizontal compression by 1/2 first...?
 
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  • #2
Y = 2(X^1/2) - 5

if i got that correct
 
  • #3
Is that [itex] y=\sqrt{2} x-5 [/itex] or [itex] y=\sqrt{2x}-5 [/itex]

??

Daniel.
 
  • #4
Exactly the same. There's no difference.
If it involves f(nx+m), then you need to beware of it.
If it involves nf(x)+m, no aware should be made.
In this case, since not the first case, no aware.
 
  • #5
If you simply replace x by x-5, the graph will be shifted 5 to the right.
If you replace x by 2x, you will horizontally compress the graph by a factor 2.

So, if you shift and then compress:
[tex]\sqrt{x} \rightarrow \sqrt{x-5} \rightarrow \sqrt{2x-5}[/tex]

and if you compress and then shift:
[tex]\sqrt{x} \rightarrow \sqrt{2x} \rightarrow \sqrt{2(x-5)}[/tex]
 
  • #6
o..icic...thx
 

FAQ: Translation and compression/expansion

What is translation in the context of science?

Translation in science refers to the process of converting genetic information stored in DNA into functional proteins. This process involves the decoding of the information in the DNA sequence and the subsequent assembly of amino acids to create proteins, which perform various functions in the body.

How does compression and expansion affect data in scientific research?

Compression and expansion are techniques used to reduce or increase the size of data in scientific research. Compression is used to decrease the size of data, making it easier to store and transfer, while expansion is used to increase the size of data for more detailed analysis.

What are the benefits of using translation in scientific experiments?

Translation is essential in scientific experiments as it allows researchers to understand the genetic basis of biological processes. This information can then be used to develop treatments for diseases, improve crop yield, and create new products.

How does translation differ from transcription?

Translation and transcription are two different processes that occur in the cell. Transcription involves the conversion of DNA into RNA, while translation involves the conversion of RNA into proteins. Transcription occurs in the nucleus, while translation occurs in the cytoplasm.

How can scientists ensure accurate translation and compression/expansion in their experiments?

To ensure accurate translation and compression/expansion in experiments, scientists must use reliable and validated techniques. They should also carefully design their experiments and use appropriate controls to eliminate any potential errors. Additionally, regular calibration of equipment and careful data analysis can help ensure accurate results.

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