Which of the following statements is false? -triyambak.org

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#Question id: 550

Which of the following statements is false?

#SCPH05 I Biotechnology

A reaction may not occur at a detectable rate even though it has a favorable equilibrium.
After a reaction, the enzyme involved becomes available to catalyze the reaction again.
For S -> P, a catalyst shifts the reaction equilibrium to the right.
Lowering the temperature of a reaction will lower the reaction rate.

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#Question id: 10404

#SCPH06 I Botany

PIFs promote etiolated development in the dark phenomenon known as

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#Question id: 3531

#SCPH06 I Botany

Due to independent assortment resulting gamete is

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#Question id: 8840

#SCPH06 I Botany

There are at least a dozen known species in the extinct genus Lystrosaurus. If each species was suited to a quite different environment, then this relatively large number of species is likely due to

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#Question id: 13100

#SCPH05 I Biotechnology

You are a scientist who is using genomics to currently study a new bacterial species that no one has ever studied before. The following sequence is a piece of DNA within the coding region of a gene that you have recently sequenced.

You are using shotgun sequencing to determine the DNA sequence of the genome of this new bacterial species. For one strand of a 30-nucleotide long stretch of DNA, you get the following sequences out of your shotgun sequencing reaction. Assemble the entire 30-nt-long DNA sequence

5’-TGGGAGTTCCTCAAACGCGTTGTCACTGAC-3’

You put the DNA sequence that you have assembled into a computer program that tells you that the following piece of DNA, which comes from another bacterium, is a close match to the sequence you have sequenced from your bacterium: 5’-…TGGGCATTTCTCAAGCGGGTTGTAATGGAT…-3’

This 30-nt-long sequence fragment lies in the center of a gene, and that portion of the sequence encodes for this 10-amino acid-long part of a protein:

N-…Trp-Ala-Phe-Leu-Lys-Arg-Val-Val-Met-Asp…-C

You hypothesize that the sequence you have discovered is another bacterial species’ version of the same gene as this previously known gene. To measure how identical the two genes are at the DNA level and/or the two proteins are at the amino acid level, you can calculate a percentage of “identity” for each. This is the percent of nucleotides (for the gene) or the percent of amino acids (for the protein) that are identical between the two sequences.

What is the % identity between the two DNA sequences?

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