Homework Answers
Correct answer is :- NODAL
Explanation :- In vertebrate embrayo , initially nodal gene expressed symmetrically. After gastrulation nodal is restricted to the left side and it's specify the left / right axis in embrayo .
Where as , FGF8 gene provide instructions for making fibroblast growth factor 8 . BMP2 gene encode TGE beta and shh gene provide instructions for making a protein which is important for development of embrayo .
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Notice that the genes for lysogeny are clustered in an operon on the "left" side of...
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the "left" side of the phage plasmid, while the genes for lysis are
clustered in an operon on the "right" side of the plasmid.
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"early" promoters.
"Leftward" genes
Early promoter PLcontrols leftward
transcription of early genes, beginning with the N gene.
The N protein plays an anti-termination role in transcription from
PL. Leftward transcription is also enhanced by...
3. A tin non conducting rod with length L lies along the positive r-axis with one...
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Notice that the genes for lysogeny are clustered in an operon on
the "left" side of the phage plasmid, while the genes for lysis are
clustered in an operon on the "right" side of the plasmid.
At the beginning of each infection, transcription begins at two
"early" promoters.
"Leftward" genes
Early promoter PLcontrols leftward
transcription of early genes, beginning with the N gene.
The N protein plays an anti-termination role in transcription from
PL. Leftward transcription is also enhanced by...
3. A tin non conducting rod with length L lies along the positive r-axis with one end at the origin. The rod carries charge which is distributed along its length according to the following, b.r Determine the electric potential along the r-axis at the point Answer 0.17 v) 2.0 cm if L 1.0 cm and b 50 pC/nm
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a rectangular shape Aluminum block (L=10mm, D=3mm) has well
insulated top and bottom. The left surface has thermal boundary
condition, and the right surface has convection boundary
condition.
* the surface temperature Ts=100℃, the ambient air temperature
Ta=20℃, heat transfer coefficient h=120 W/(m^2*K)
* thermal conductivity of Aluminum = 220 W/m*K, density of
Aluminum= 2707kg/m^3, specific heat of Aluminum= 896J/kg*K
Assume Aluminum block in a two-dimensional shape. and find
temperature on x-y plane as follows.
Question) Solve it by using...
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