Lewis Base is a substance that can gain electron .pdf
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Lewis Base is a substance that can gain electron . Out of the following H3O+ would have the tendency to lose the electron and not gain another electron . It functions as an acid and not a base. Option - C Solution Lewis Base is a substance that can gain electron . Out of the following H3O+ would have the tendency to lose the electron and not gain another electron . It functions as an acid and not a base. Option - C.
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oxidizing agent F2 I2 Fe2+ Li+ reducing ag.pdf
oxidizing agent: F2 > I2 > Fe2+ > Li+ reducing agent: Li > Fe > I- > F-
Solution
oxidizing agent: F2 > I2 > Fe2+ > Li+ reducing agent: Li > Fe > I- > F-.
let 3x mole of Fe react then moles of H2O is 4x m.pdf
let 3x mole of Fe react then moles of H2O is 4x moles Fe3O4 formed=x moles of
H2=4x Kc=5.1=x*(4x)^4/((0.1-3x)^3(0.05-4x)^4) solving we get x=0.00572 moles of
Fe3O4=0.00572 so mass=moles*mol.wt =0.00572(55.845*3+16*4) =1.32 g
Solution
let 3x mole of Fe react then moles of H2O is 4x moles Fe3O4 formed=x moles of
H2=4x Kc=5.1=x*(4x)^4/((0.1-3x)^3(0.05-4x)^4) solving we get x=0.00572 moles of
Fe3O4=0.00572 so mass=moles*mol.wt =0.00572(55.845*3+16*4) =1.32 g.
X is a vector space but has no basis.SolutionX is a vector spa.pdf
X is a vector space but has no basis.
Solution
X is a vector space but has no basis..
Usually NGS (Next generation sequencing) is extensively used in unde.pdf
Usually NGS (Next generation sequencing) is extensively used in understanding the viral
genome by generating many billions of sequences. But of late NGS is also finding its place in
other areas of science like Transcriptomics where the measurement of mRNA is done to
understand the genomic expression better and it’s possible modifications in health and
disease.Till now microarray had been used to quantify the gene expression but this is being
replaced by NGS of transcribed RNA termed as RNA seq.
The key steps include the isolation of RNA and removal of host genomic DNA. Following
which, rRNA is also removed by selection of polyadenylated RNA or with antisense oligos.
Complementary DNA synthesis is primed either by oligo(dT) or randomly on long transcripts.
Analysis of RNA-seq data is usually achieved by mapping sequence reads to a reference
genome, in this case the comparison between the infected genome and the normal genome can be
done, using software that can map reads over gene splice junctions. Statistical analysis of the
number of reads per genome region (gene) can be used to quantify relative levels of expression.
Also, Existing ORF and the newly generated ORF can be identified.
EV71 infection induces the expressions of genes which are associated with the secretions of
inflammatory cytokines, chemokines, complementary proteins and host cell apoptosis. The major
signaling pathway affected is the MAPK signaling pathway.
Solution
Usually NGS (Next generation sequencing) is extensively used in understanding the viral
genome by generating many billions of sequences. But of late NGS is also finding its place in
other areas of science like Transcriptomics where the measurement of mRNA is done to
understand the genomic expression better and it’s possible modifications in health and
disease.Till now microarray had been used to quantify the gene expression but this is being
replaced by NGS of transcribed RNA termed as RNA seq.
The key steps include the isolation of RNA and removal of host genomic DNA. Following
which, rRNA is also removed by selection of polyadenylated RNA or with antisense oligos.
Complementary DNA synthesis is primed either by oligo(dT) or randomly on long transcripts.
Analysis of RNA-seq data is usually achieved by mapping sequence reads to a reference
genome, in this case the comparison between the infected genome and the normal genome can be
done, using software that can map reads over gene splice junctions. Statistical analysis of the
number of reads per genome region (gene) can be used to quantify relative levels of expression.
Also, Existing ORF and the newly generated ORF can be identified.
EV71 infection induces the expressions of genes which are associated with the secretions of
inflammatory cytokines, chemokines, complementary proteins and host cell apoptosis. The major
signaling pathway affected is the MAPK signaling pathway..
There are 15 members of the show choir. In how many ways can you arr.pdf
There are 15 members of the show choir. In how many ways can you arrange 4 members in the
front row when order does not matter
15c4
=15*14*13*12/(4*3*2*1)
=1365 ways
Solution
There are 15 members of the show choir. In how many ways can you arrange 4 members in the
front row when order does not matter
15c4
=15*14*13*12/(4*3*2*1)
=1365 ways.
The Hubble Space Telescope (HST) is a space telescope that was carri.pdf
The Hubble Space Telescope (HST) is a space telescope that was carried into orbit by a Space
Shuttle in 1990 and remains in operation.[7] A 2.4-meter (7.9 ft) aperture telescope in low Earth
orbit, Hubble\'s four main instruments observe in the near ultraviolet, visible, and near
infraredspectra. The telescope is named after the astronomerEdwin Hubble.
Hubble\'s orbit outside the distortion of Earth\'s atmosphere allows it to take extremely high-
resolution images with almost no background light. Hubble\'s Deep Field has recorded some of
the most detailed visible-light images ever, allowing a deep view into space and time. Many
Hubble observations have led to breakthroughs in astrophysics, such as accurately determining
the rate of expansion of the universe.
Although not the first space telescope, Hubble is one of the largest and most versatile, and is well
known as both a vital research tool and a public relations boon for astronomy. The HST was built
by the United States space agency NASA, with contributions from the European Space Agency,
and is operated by the Space Telescope Science Institute. The HST is one of NASA\'s Great
Observatories, along with the Compton Gamma Ray Observatory, the Chandra X-ray
Observatory, and the Spitzer Space Telescope.[8]
Space telescopes were proposed as early as 1923.[9] Hubble was funded in the 1970s, with a
proposed launch in 1983, but the project was beset by technical delays, budget problems, and the
Challenger disaster. When finally launched in 1990, Hubble\'s main mirror was found to have
been ground incorrectly, compromising the telescope\'s capabilities. The optics were corrected to
their intended quality by a servicing mission in 1993.
Hubble is the only telescope designed to be serviced in space by astronauts. Between 1993 and
2002, four Space Shuttle missions repaired, upgraded, and replaced systems on the telescope; a
fifth mission was canceled on safety grounds following the Columbia disaster. However, after
spirited public discussion, NASA administrator Mike Griffin approved one final servicing
mission, completed in 2009. The telescope is now expected to function until at least 2014, and
possibly 2020.[10] Its scientific successor, the James Webb Space Telescope (JWST), is
currently scheduled to be launched in 2018.
Solution
The Hubble Space Telescope (HST) is a space telescope that was carried into orbit by a Space
Shuttle in 1990 and remains in operation.[7] A 2.4-meter (7.9 ft) aperture telescope in low Earth
orbit, Hubble\'s four main instruments observe in the near ultraviolet, visible, and near
infraredspectra. The telescope is named after the astronomerEdwin Hubble.
Hubble\'s orbit outside the distortion of Earth\'s atmosphere allows it to take extremely high-
resolution images with almost no background light. Hubble\'s Deep Field has recorded some of
the most detailed visible-light images ever, allowing a deep view into space and time. Many
Hubble observations have led to breakthroughs.
hexacyanoferrate(III) because the given radical i.pdf
hexacyanoferrate(III) because the given radical is an anion we have to name it
ferrate instead of iron
Solution
hexacyanoferrate(III) because the given radical is an anion we have to name it
ferrate instead of iron.
Recommended
oxidizing agent F2 I2 Fe2+ Li+ reducing ag.pdf
oxidizing agent: F2 > I2 > Fe2+ > Li+ reducing agent: Li > Fe > I- > F-
Solution
oxidizing agent: F2 > I2 > Fe2+ > Li+ reducing agent: Li > Fe > I- > F-.
let 3x mole of Fe react then moles of H2O is 4x m.pdf
let 3x mole of Fe react then moles of H2O is 4x moles Fe3O4 formed=x moles of
H2=4x Kc=5.1=x*(4x)^4/((0.1-3x)^3(0.05-4x)^4) solving we get x=0.00572 moles of
Fe3O4=0.00572 so mass=moles*mol.wt =0.00572(55.845*3+16*4) =1.32 g
Solution
let 3x mole of Fe react then moles of H2O is 4x moles Fe3O4 formed=x moles of
H2=4x Kc=5.1=x*(4x)^4/((0.1-3x)^3(0.05-4x)^4) solving we get x=0.00572 moles of
Fe3O4=0.00572 so mass=moles*mol.wt =0.00572(55.845*3+16*4) =1.32 g.
X is a vector space but has no basis.SolutionX is a vector spa.pdf
X is a vector space but has no basis.
Solution
X is a vector space but has no basis..
Usually NGS (Next generation sequencing) is extensively used in unde.pdf
Usually NGS (Next generation sequencing) is extensively used in understanding the viral
genome by generating many billions of sequences. But of late NGS is also finding its place in
other areas of science like Transcriptomics where the measurement of mRNA is done to
understand the genomic expression better and it’s possible modifications in health and
disease.Till now microarray had been used to quantify the gene expression but this is being
replaced by NGS of transcribed RNA termed as RNA seq.
The key steps include the isolation of RNA and removal of host genomic DNA. Following
which, rRNA is also removed by selection of polyadenylated RNA or with antisense oligos.
Complementary DNA synthesis is primed either by oligo(dT) or randomly on long transcripts.
Analysis of RNA-seq data is usually achieved by mapping sequence reads to a reference
genome, in this case the comparison between the infected genome and the normal genome can be
done, using software that can map reads over gene splice junctions. Statistical analysis of the
number of reads per genome region (gene) can be used to quantify relative levels of expression.
Also, Existing ORF and the newly generated ORF can be identified.
EV71 infection induces the expressions of genes which are associated with the secretions of
inflammatory cytokines, chemokines, complementary proteins and host cell apoptosis. The major
signaling pathway affected is the MAPK signaling pathway.
Solution
Usually NGS (Next generation sequencing) is extensively used in understanding the viral
genome by generating many billions of sequences. But of late NGS is also finding its place in
other areas of science like Transcriptomics where the measurement of mRNA is done to
understand the genomic expression better and it’s possible modifications in health and
disease.Till now microarray had been used to quantify the gene expression but this is being
replaced by NGS of transcribed RNA termed as RNA seq.
The key steps include the isolation of RNA and removal of host genomic DNA. Following
which, rRNA is also removed by selection of polyadenylated RNA or with antisense oligos.
Complementary DNA synthesis is primed either by oligo(dT) or randomly on long transcripts.
Analysis of RNA-seq data is usually achieved by mapping sequence reads to a reference
genome, in this case the comparison between the infected genome and the normal genome can be
done, using software that can map reads over gene splice junctions. Statistical analysis of the
number of reads per genome region (gene) can be used to quantify relative levels of expression.
Also, Existing ORF and the newly generated ORF can be identified.
EV71 infection induces the expressions of genes which are associated with the secretions of
inflammatory cytokines, chemokines, complementary proteins and host cell apoptosis. The major
signaling pathway affected is the MAPK signaling pathway..
There are 15 members of the show choir. In how many ways can you arr.pdf
There are 15 members of the show choir. In how many ways can you arrange 4 members in the
front row when order does not matter
15c4
=15*14*13*12/(4*3*2*1)
=1365 ways
Solution
There are 15 members of the show choir. In how many ways can you arrange 4 members in the
front row when order does not matter
15c4
=15*14*13*12/(4*3*2*1)
=1365 ways.
The Hubble Space Telescope (HST) is a space telescope that was carri.pdf
The Hubble Space Telescope (HST) is a space telescope that was carried into orbit by a Space
Shuttle in 1990 and remains in operation.[7] A 2.4-meter (7.9 ft) aperture telescope in low Earth
orbit, Hubble\'s four main instruments observe in the near ultraviolet, visible, and near
infraredspectra. The telescope is named after the astronomerEdwin Hubble.
Hubble\'s orbit outside the distortion of Earth\'s atmosphere allows it to take extremely high-
resolution images with almost no background light. Hubble\'s Deep Field has recorded some of
the most detailed visible-light images ever, allowing a deep view into space and time. Many
Hubble observations have led to breakthroughs in astrophysics, such as accurately determining
the rate of expansion of the universe.
Although not the first space telescope, Hubble is one of the largest and most versatile, and is well
known as both a vital research tool and a public relations boon for astronomy. The HST was built
by the United States space agency NASA, with contributions from the European Space Agency,
and is operated by the Space Telescope Science Institute. The HST is one of NASA\'s Great
Observatories, along with the Compton Gamma Ray Observatory, the Chandra X-ray
Observatory, and the Spitzer Space Telescope.[8]
Space telescopes were proposed as early as 1923.[9] Hubble was funded in the 1970s, with a
proposed launch in 1983, but the project was beset by technical delays, budget problems, and the
Challenger disaster. When finally launched in 1990, Hubble\'s main mirror was found to have
been ground incorrectly, compromising the telescope\'s capabilities. The optics were corrected to
their intended quality by a servicing mission in 1993.
Hubble is the only telescope designed to be serviced in space by astronauts. Between 1993 and
2002, four Space Shuttle missions repaired, upgraded, and replaced systems on the telescope; a
fifth mission was canceled on safety grounds following the Columbia disaster. However, after
spirited public discussion, NASA administrator Mike Griffin approved one final servicing
mission, completed in 2009. The telescope is now expected to function until at least 2014, and
possibly 2020.[10] Its scientific successor, the James Webb Space Telescope (JWST), is
currently scheduled to be launched in 2018.
Solution
The Hubble Space Telescope (HST) is a space telescope that was carried into orbit by a Space
Shuttle in 1990 and remains in operation.[7] A 2.4-meter (7.9 ft) aperture telescope in low Earth
orbit, Hubble\'s four main instruments observe in the near ultraviolet, visible, and near
infraredspectra. The telescope is named after the astronomerEdwin Hubble.
Hubble\'s orbit outside the distortion of Earth\'s atmosphere allows it to take extremely high-
resolution images with almost no background light. Hubble\'s Deep Field has recorded some of
the most detailed visible-light images ever, allowing a deep view into space and time. Many
Hubble observations have led to breakthroughs.
hexacyanoferrate(III) because the given radical i.pdf
hexacyanoferrate(III) because the given radical is an anion we have to name it
ferrate instead of iron
Solution
hexacyanoferrate(III) because the given radical is an anion we have to name it
ferrate instead of iron.
The answer is e) they would get stuck in the membrane of the endopla.pdf
The answer is e) they would get stuck in the membrane of the endoplasmic reticulum because
mutations at this site causes a pause in translation
Solution
The answer is e) they would get stuck in the membrane of the endoplasmic reticulum because
mutations at this site causes a pause in translation.
sorry bro...but where is section 5.2u might have missed postng th.pdf
sorry bro...but where is section 5.2?
u might have missed postng the data..please check it out.
Solution
sorry bro...but where is section 5.2?
u might have missed postng the data..please check it out..
Pseudocode ExamplesChanged 15 December 1999A calculation is a st.pdf
Pseudocode Examples
Changed 15 December 1999
A calculation is a strategy for tackling an issue regarding the activities to be executed and the
request in which those activities are to be executed. A calculation is only the grouping of steps
taken to tackle an issue. The means are typically \"arrangement,\" \"choice, \" \"emphasis,\" and a
case-sort articulation.
In C, \"arrangement proclamations\" are goals. The \"determination\" is the \"if then else\"
explanation, and the emphasis is fulfilled by various proclamations, for example, the \"while,\" \"
do,\" and the \"for,\" while the case-sort articulation is fulfilled by the \"switch\" articulation.
Pseudocode is a counterfeit and casual dialect that helps software engineers create calculations.
Pseudocode is a \"content based\" point of interest (algorithmic) plan instrument.
The guidelines of Pseudocode are sensibly direct. All announcements indicating \"reliance\" are
to be indented. These incorporate while, do, for, if, switch. Case underneath will delineate this
thought.
Manual for PSEUDOCODE LEVEL OF DETAIL: Given record/document depictions,
pseudocode ought to be made in adequate detail in order to straightforwardly bolster the
programming exertion. It is the motivation behind pseudocode to expand on the algorithmic
detail and not simply refer to a reflection.
Illustrations:
1.
On the off chance that understudy\'s evaluation is more noteworthy than or equivalent to 60
Set aggregate to zero
Set review counter to one
While review counter is not exactly or equivalent to ten
Input the following evaluation
Include the evaluation into the aggregate
endwhile
Set the class normal to the aggregate partitioned by ten
Print the class normal.
3.
Instate aggregate to zero
Instate counter to zero
Input the principal grade
while the client has not up \'til now entered the sentinel
include this evaluation into the running aggregate
add one to the evaluation counter
input the following evaluation (conceivably the sentinel)
endwhile
in the event that the counter is not equivalent to zero
set the normal to the aggregate partitioned by the counter
print the normal
else
print \'no evaluations were entered\'
endif
4.
introduce goes to zero
introduce disappointments to zero
introduce understudy to one
while understudy counter is not exactly or equivalent to ten
input the following exam result
in the event that the understudy passed
add one to passes
else
add one to disappointments
add one to understudy counter
endif
endwhile
print the quantity of passes
print the quantity of disappointments
While not EOF do:
Check over spaces and white space until a singe is found
(get first character on hold)
set can\'t-rise banner to 0
set consec cntr to 1
set climbing cntr to 1
putchar first roast of string to screen
set read character to hold character
While next character read != spaces and white space
putchar out on screen
on the off chance that new singe = hold roast + 1
add 1 to consec cntr
set hold roast = new burn.
Process of transmission between A node and B nodeThere are differ.pdf
Process of transmission between A node and B node:
There are different types of frames that rae present to transmission of data. They are
Header and response are the two functions are there in the process of transmission.
Solution
Process of transmission between A node and B node:
There are different types of frames that rae present to transmission of data. They are
Header and response are the two functions are there in the process of transmission..
Halogenated waste note All halogen containing o.pdf
Halogenated waste note: All halogen containing organic materials should be
combined in a common waste container (the \"HALOGENATED WASTE\" container).
Solution
Halogenated waste note: All halogen containing organic materials should be
combined in a common waste container (the \"HALOGENATED WASTE\" container)..
PbI2 is only very slightly soluble in water, so the following equili.pdf
PbI2 is only very slightly soluble in water, so the following equilibrium occurs:
PbI2(s) <=> Pb2+(aq) + 2 I-(aq)
KI and KNO3 are very soluble in water and are both fully ionized.
KI(s) => K+(aq) + I-(aq)
KNO3(s) => K+(aq) + NO3-(aq)
For 0.01 M KI solution, I- is the common ion with PbI2. The extra I- in solution causes the
equilibrium for PbI2 to shift to the left according to Le Chatelier\'s principle. Thus less PbI2
dissolves and solubility decreases. This common ion effect outweighs the ionic strength effect
below.
For 0.01 M KNO3 solution, there are no common ions. However, the ionic strength of the
solution increases compared to water (due to the presence of K+ and NO3-), which decreases the
activity coefficients and increases the concentrations of the Pb2+ and I- ions in solution. Thus
more PbI2 dissolves and solubility increases.
Ksp = a(Pb2+) x a(I-)2
= Pb2+[Pb2+] x (I-[I-])2
where a is activity and is activity coefficient.
When ionic strength increases, decreases and concentration increases to maintain constant value
of Ksp.
Solution
PbI2 is only very slightly soluble in water, so the following equilibrium occurs:
PbI2(s) <=> Pb2+(aq) + 2 I-(aq)
KI and KNO3 are very soluble in water and are both fully ionized.
KI(s) => K+(aq) + I-(aq)
KNO3(s) => K+(aq) + NO3-(aq)
For 0.01 M KI solution, I- is the common ion with PbI2. The extra I- in solution causes the
equilibrium for PbI2 to shift to the left according to Le Chatelier\'s principle. Thus less PbI2
dissolves and solubility decreases. This common ion effect outweighs the ionic strength effect
below.
For 0.01 M KNO3 solution, there are no common ions. However, the ionic strength of the
solution increases compared to water (due to the presence of K+ and NO3-), which decreases the
activity coefficients and increases the concentrations of the Pb2+ and I- ions in solution. Thus
more PbI2 dissolves and solubility increases.
Ksp = a(Pb2+) x a(I-)2
= Pb2+[Pb2+] x (I-[I-])2
where a is activity and is activity coefficient.
When ionic strength increases, decreases and concentration increases to maintain constant value
of Ksp..
option D is correctA thermodynamic cycle starts with a system in a.pdf
option D is correct
A thermodynamic cycle starts with a system in an initail state and returns to that state after
undergoing a series of processes
Solution
option D is correct
A thermodynamic cycle starts with a system in an initail state and returns to that state after
undergoing a series of processes.
Fluorescence return from excited singlet state to.pdf
Fluorescence return from excited singlet state to ground state; does not require
change in spin orientation (more common of relaxation) Phosphoresence return from a triplet
excited state to a ground state; electron requires change in spin orientation Therefore, the rates
of fluorescence are several orders of magnitude faster than that of phosphorescence.
Solution
Fluorescence return from excited singlet state to ground state; does not require
change in spin orientation (more common of relaxation) Phosphoresence return from a triplet
excited state to a ground state; electron requires change in spin orientation Therefore, the rates
of fluorescence are several orders of magnitude faster than that of phosphorescence..
EDTA has 4 carboxylic acid groups, so adding a lo.pdf
EDTA has 4 carboxylic acid groups, so adding a lot of base would ionize these
groups and make the molecule negatively charged. Since water is polar and charged molecules
dissolve very well in water, the deprotonation of the acids would make it a lot more soluble.
Solution
EDTA has 4 carboxylic acid groups, so adding a lot of base would ionize these
groups and make the molecule negatively charged. Since water is polar and charged molecules
dissolve very well in water, the deprotonation of the acids would make it a lot more soluble..
Ion channels are the membrane proteins which have pores. They allow .pdf
Ion channels are the membrane proteins which have pores. They allow passage of ions through
its pores and are responsible for creating membrane potential, and voltage-gated electrical
signals. Ion channels, hence control the cellular volume through the secretions from various
cells. Some of the ion channels are: sodium-potassium pump, sodium-calcium exchanger,
sodium-glucose transport proteins etc.
Genomic evolution has brought about transformation in the function and structure of the ion
channels. These channels have existed even before the existence of animals. The presence of ion
channels in cnidarians like sea anemones, corals, jellyfish and others have shed light on the
evolution of ion channels.
Ion channels have formed by the modification of the prokaryotic porins, colicins, ABC
transporters. They can be catagorised into families and sub-families like the voltage-gated
channels and messanger-gated channels. Of these two, ligand-gated channels have evolved
recently. Moreover, Na+ and Ca2+ channels genes have evolved from K+ channel genes,
brought about by duplication and mutation.
Solution
Ion channels are the membrane proteins which have pores. They allow passage of ions through
its pores and are responsible for creating membrane potential, and voltage-gated electrical
signals. Ion channels, hence control the cellular volume through the secretions from various
cells. Some of the ion channels are: sodium-potassium pump, sodium-calcium exchanger,
sodium-glucose transport proteins etc.
Genomic evolution has brought about transformation in the function and structure of the ion
channels. These channels have existed even before the existence of animals. The presence of ion
channels in cnidarians like sea anemones, corals, jellyfish and others have shed light on the
evolution of ion channels.
Ion channels have formed by the modification of the prokaryotic porins, colicins, ABC
transporters. They can be catagorised into families and sub-families like the voltage-gated
channels and messanger-gated channels. Of these two, ligand-gated channels have evolved
recently. Moreover, Na+ and Ca2+ channels genes have evolved from K+ channel genes,
brought about by duplication and mutation..
Increased activity of digestive system PNSIncreased respiratory r.pdf
Increased activity of digestive system: PNS
Increased respiratory rate and bronchodilation: SNS
Increased salivation: PNS
Decreased heart rate: SNS
Feelings of energy and euphoria: SNS
Dilation of pupils: SNS
Solution
Increased activity of digestive system: PNS
Increased respiratory rate and bronchodilation: SNS
Increased salivation: PNS
Decreased heart rate: SNS
Feelings of energy and euphoria: SNS
Dilation of pupils: SNS.
E = Large substituents across double bond are on .pdf
E = Large substituents across double bond are on opposite sides Z = Large
substituents across double bond are on the same side (on Zee Zame Zide) 1) (E)-5-methylhept-
2-ene 2) (Z)-pent-2-ene-1-ol
Solution
E = Large substituents across double bond are on opposite sides Z = Large
substituents across double bond are on the same side (on Zee Zame Zide) 1) (E)-5-methylhept-
2-ene 2) (Z)-pent-2-ene-1-ol.
Hub Option a is correct choice.SolutionHub Option a is c.pdf
Hub :
Option a is correct choice.
Solution
Hub :
Option a is correct choice..
For short term study we will use Biodosimetry technique. In this tec.pdf
For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique.
Solution
For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique..
Exchanging Data with Microsoft ExcelAccess and Excel provide five .pdf
Exchanging Data with Microsoft Excel
Access and Excel provide five ways of exchanging information. You can:
To import an Excel worksheet or named range into Word
– or –
On the Insert menu, click File.
Dragging Information Between Microsoft Access and Microsoft Excel or Word
The following drag-and-drop functionality is available in Access. You can:
Sharing Information with Word
Word fully supports copying and pasting linked or unlinked data, as described in the
\"Overview\" earlier in this chapter. In addition, Word includes text converters for importing
Excel and Lotus 1-2-3 worksheet data into tables, and for importing Word documents into Lotus
Notes.
Note Word also supports the conversion of Word documents to HTML for intranets or the
Internet. For more information, see \"Web Support in Microsoft Word\" in Chapter 25, \"Web
Support in Microsoft Office Applications.\"
Use Microsoft Query with ODBC to connect to just about any data source there is.
1.Sharing Data between Excel and SQL Server
Using MS Excel and MS Query
To use Query with Excel, you must install the Query application, the Query add-in, the drivers
for the types of data you want to retrieve, and the necessary ODBC files. To install these files,
rerun Setup and click Add/Remove; then select the Data Access option.
Exporting MS Excel Data to Lotus Notes
When you install Office, Setup detects whether Lotus Notes version 3.x or 4.x (16-bit or 32-bit)
is installed on the computer. If either of them is installed, Setup automatically installs Lotus
Notes converters for Excel and Word. With these text converters, you can import Word and
Excel documents into a Lotus Notes memo.
Data exchange between applications is rather specific to the exchange itself.
The lowest common denominator is usually an ascii txt/dat file where both applications know
the data layout, or xml where the data definition is built into the file.
Relative to a website; it is again very specific to the web site.
There are many different methods to exchange data.
Research items might include Win HTTP, HTML, and XML
Solution
Exchanging Data with Microsoft Excel
Access and Excel provide five ways of exchanging information. You can:
To import an Excel worksheet or named range into Word
– or –
On the Insert menu, click File.
Dragging Information Between Microsoft Access and Microsoft Excel or Word
The following drag-and-drop functionality is available in Access. You can:
Sharing Information with Word
Word fully supports copying and pasting linked or unlinked data, as described in the
\"Overview\" earlier in this chapter. In addition, Word includes text converters for importing
Excel and Lotus 1-2-3 worksheet data into tables, and for importing Word documents into Lotus
Notes.
Note Word also supports the conversion of Word documents to HTML for intranets or the
Internet. For more information, see \"Web Support in Microsoft Word\" in Chapter 25, \"Web
Support in Microsoft Office Applications.\"
Use Microsoft Query with ODBC .
Cloud infrastructure addresses two critical elements of a green IT a.pdf
Cloud infrastructure addresses two critical elements of a green IT approach: energy efficiency
and resource efficiency. Whether done in a private or public cloud configuration, as-a-service
computing will be greener for (at least) the following three reasons.
1. Resource virtualization, enabling energy and resource efficiencies.
Virtualization is a foundational technology for deploying cloud-based infrastructure that allows a
single physical server to run multiple operating system images concurrently. As an enabler of
consolidation, server virtualization reduces the total physical server footprint, which has inherent
green benefits.
From a resource-efficiency perspective, less equipment is needed to run workloads, which
proactively reduces data center space and the eventual e-waste footprint. From an energy-
efficiency perspective, with less physical equipment plugged in, a data center will consume less
electricity.
It\'s worth noting that server virtualization is the most widely adopted green IT project
implemented or planned, at 90 percent of IT organizations globally into 2011.
2. Automation software, maximizing consolidation and utilization to drive efficiencies.
The presence of virtualization alone doesn\'t maximize energy and resource efficiencies. To
rapidly provision, move, and scale workloads, cloud-based infrastructure relies on automation
software.
Combined with the right skills and operational and architectural standards, automation allows IT
professionals to make the most of their cloud-based infrastructure investment by pushing the
limits of traditional consolidation and utilization ratios.
The higher these ratios are, the less physical infrastructure is needed, which in turn maximizes
the energy and resource efficiencies from server virtualization.
3. Pay-per-use and self-service, encouraging more efficient behavior and life-cycle management.
The pay-as-you-go nature of cloud-based infrastructure encourages users to only consume what
they need and nothing more. Combined with self-service, life-cycle management will improve,
since users can consume infrastructure resources only when they need it -- and \"turn off\" these
resources with set expiration times.
In concert, the pay-per-use and self-service capabilities of cloud-based infrastructure drive
energy and resource efficiencies simultaneously, since users only consume the computing
resources they need when they need it.
4. Multitenancy, delivering efficiencies of scale to benefit many organizations or business units.
Multitenancy allows many different organizations (public cloud) or many different business units
within the same organization (private cloud) to benefit from a common cloud-based
infrastructure.
By combining demand patterns across many organizations and business units, the peaks and
troughs of compute requirements flatten out. Combined with automation, the ratio between peak
and average loads becomes smaller, which in turn reduces the need for extra infrastructu.
B will react because Hg2I2 is insolubleall the others even when mi.pdf
B will react because Hg2I2 is insoluble
all the others even when mixed are still soluble so they will not form a precipitate
Solution
B will react because Hg2I2 is insoluble
all the others even when mixed are still soluble so they will not form a precipitate.
Unit 8 - Information and Communication Technology (Paper I).pdf
This slides describes the basic concepts of ICT, basics of Email, Emerging Technology and Digital Initiatives in Education. This presentations aligns with the UGC Paper I syllabus.
More Related Content
More from angeldresses
The answer is e) they would get stuck in the membrane of the endopla.pdf
The answer is e) they would get stuck in the membrane of the endoplasmic reticulum because
mutations at this site causes a pause in translation
Solution
The answer is e) they would get stuck in the membrane of the endoplasmic reticulum because
mutations at this site causes a pause in translation.
sorry bro...but where is section 5.2u might have missed postng th.pdf
sorry bro...but where is section 5.2?
u might have missed postng the data..please check it out.
Solution
sorry bro...but where is section 5.2?
u might have missed postng the data..please check it out..
Pseudocode ExamplesChanged 15 December 1999A calculation is a st.pdf
Pseudocode Examples
Changed 15 December 1999
A calculation is a strategy for tackling an issue regarding the activities to be executed and the
request in which those activities are to be executed. A calculation is only the grouping of steps
taken to tackle an issue. The means are typically \"arrangement,\" \"choice, \" \"emphasis,\" and a
case-sort articulation.
In C, \"arrangement proclamations\" are goals. The \"determination\" is the \"if then else\"
explanation, and the emphasis is fulfilled by various proclamations, for example, the \"while,\" \"
do,\" and the \"for,\" while the case-sort articulation is fulfilled by the \"switch\" articulation.
Pseudocode is a counterfeit and casual dialect that helps software engineers create calculations.
Pseudocode is a \"content based\" point of interest (algorithmic) plan instrument.
The guidelines of Pseudocode are sensibly direct. All announcements indicating \"reliance\" are
to be indented. These incorporate while, do, for, if, switch. Case underneath will delineate this
thought.
Manual for PSEUDOCODE LEVEL OF DETAIL: Given record/document depictions,
pseudocode ought to be made in adequate detail in order to straightforwardly bolster the
programming exertion. It is the motivation behind pseudocode to expand on the algorithmic
detail and not simply refer to a reflection.
Illustrations:
1.
On the off chance that understudy\'s evaluation is more noteworthy than or equivalent to 60
Set aggregate to zero
Set review counter to one
While review counter is not exactly or equivalent to ten
Input the following evaluation
Include the evaluation into the aggregate
endwhile
Set the class normal to the aggregate partitioned by ten
Print the class normal.
3.
Instate aggregate to zero
Instate counter to zero
Input the principal grade
while the client has not up \'til now entered the sentinel
include this evaluation into the running aggregate
add one to the evaluation counter
input the following evaluation (conceivably the sentinel)
endwhile
in the event that the counter is not equivalent to zero
set the normal to the aggregate partitioned by the counter
print the normal
else
print \'no evaluations were entered\'
endif
4.
introduce goes to zero
introduce disappointments to zero
introduce understudy to one
while understudy counter is not exactly or equivalent to ten
input the following exam result
in the event that the understudy passed
add one to passes
else
add one to disappointments
add one to understudy counter
endif
endwhile
print the quantity of passes
print the quantity of disappointments
While not EOF do:
Check over spaces and white space until a singe is found
(get first character on hold)
set can\'t-rise banner to 0
set consec cntr to 1
set climbing cntr to 1
putchar first roast of string to screen
set read character to hold character
While next character read != spaces and white space
putchar out on screen
on the off chance that new singe = hold roast + 1
add 1 to consec cntr
set hold roast = new burn.
Process of transmission between A node and B nodeThere are differ.pdf
Process of transmission between A node and B node:
There are different types of frames that rae present to transmission of data. They are
Header and response are the two functions are there in the process of transmission.
Solution
Process of transmission between A node and B node:
There are different types of frames that rae present to transmission of data. They are
Header and response are the two functions are there in the process of transmission..
Halogenated waste note All halogen containing o.pdf
Halogenated waste note: All halogen containing organic materials should be
combined in a common waste container (the \"HALOGENATED WASTE\" container).
Solution
Halogenated waste note: All halogen containing organic materials should be
combined in a common waste container (the \"HALOGENATED WASTE\" container)..
PbI2 is only very slightly soluble in water, so the following equili.pdf
PbI2 is only very slightly soluble in water, so the following equilibrium occurs:
PbI2(s) <=> Pb2+(aq) + 2 I-(aq)
KI and KNO3 are very soluble in water and are both fully ionized.
KI(s) => K+(aq) + I-(aq)
KNO3(s) => K+(aq) + NO3-(aq)
For 0.01 M KI solution, I- is the common ion with PbI2. The extra I- in solution causes the
equilibrium for PbI2 to shift to the left according to Le Chatelier\'s principle. Thus less PbI2
dissolves and solubility decreases. This common ion effect outweighs the ionic strength effect
below.
For 0.01 M KNO3 solution, there are no common ions. However, the ionic strength of the
solution increases compared to water (due to the presence of K+ and NO3-), which decreases the
activity coefficients and increases the concentrations of the Pb2+ and I- ions in solution. Thus
more PbI2 dissolves and solubility increases.
Ksp = a(Pb2+) x a(I-)2
= Pb2+[Pb2+] x (I-[I-])2
where a is activity and is activity coefficient.
When ionic strength increases, decreases and concentration increases to maintain constant value
of Ksp.
Solution
PbI2 is only very slightly soluble in water, so the following equilibrium occurs:
PbI2(s) <=> Pb2+(aq) + 2 I-(aq)
KI and KNO3 are very soluble in water and are both fully ionized.
KI(s) => K+(aq) + I-(aq)
KNO3(s) => K+(aq) + NO3-(aq)
For 0.01 M KI solution, I- is the common ion with PbI2. The extra I- in solution causes the
equilibrium for PbI2 to shift to the left according to Le Chatelier\'s principle. Thus less PbI2
dissolves and solubility decreases. This common ion effect outweighs the ionic strength effect
below.
For 0.01 M KNO3 solution, there are no common ions. However, the ionic strength of the
solution increases compared to water (due to the presence of K+ and NO3-), which decreases the
activity coefficients and increases the concentrations of the Pb2+ and I- ions in solution. Thus
more PbI2 dissolves and solubility increases.
Ksp = a(Pb2+) x a(I-)2
= Pb2+[Pb2+] x (I-[I-])2
where a is activity and is activity coefficient.
When ionic strength increases, decreases and concentration increases to maintain constant value
of Ksp..
option D is correctA thermodynamic cycle starts with a system in a.pdf
option D is correct
A thermodynamic cycle starts with a system in an initail state and returns to that state after
undergoing a series of processes
Solution
option D is correct
A thermodynamic cycle starts with a system in an initail state and returns to that state after
undergoing a series of processes.
Fluorescence return from excited singlet state to.pdf
Fluorescence return from excited singlet state to ground state; does not require
change in spin orientation (more common of relaxation) Phosphoresence return from a triplet
excited state to a ground state; electron requires change in spin orientation Therefore, the rates
of fluorescence are several orders of magnitude faster than that of phosphorescence.
Solution
Fluorescence return from excited singlet state to ground state; does not require
change in spin orientation (more common of relaxation) Phosphoresence return from a triplet
excited state to a ground state; electron requires change in spin orientation Therefore, the rates
of fluorescence are several orders of magnitude faster than that of phosphorescence..
EDTA has 4 carboxylic acid groups, so adding a lo.pdf
EDTA has 4 carboxylic acid groups, so adding a lot of base would ionize these
groups and make the molecule negatively charged. Since water is polar and charged molecules
dissolve very well in water, the deprotonation of the acids would make it a lot more soluble.
Solution
EDTA has 4 carboxylic acid groups, so adding a lot of base would ionize these
groups and make the molecule negatively charged. Since water is polar and charged molecules
dissolve very well in water, the deprotonation of the acids would make it a lot more soluble..
Ion channels are the membrane proteins which have pores. They allow .pdf
Ion channels are the membrane proteins which have pores. They allow passage of ions through
its pores and are responsible for creating membrane potential, and voltage-gated electrical
signals. Ion channels, hence control the cellular volume through the secretions from various
cells. Some of the ion channels are: sodium-potassium pump, sodium-calcium exchanger,
sodium-glucose transport proteins etc.
Genomic evolution has brought about transformation in the function and structure of the ion
channels. These channels have existed even before the existence of animals. The presence of ion
channels in cnidarians like sea anemones, corals, jellyfish and others have shed light on the
evolution of ion channels.
Ion channels have formed by the modification of the prokaryotic porins, colicins, ABC
transporters. They can be catagorised into families and sub-families like the voltage-gated
channels and messanger-gated channels. Of these two, ligand-gated channels have evolved
recently. Moreover, Na+ and Ca2+ channels genes have evolved from K+ channel genes,
brought about by duplication and mutation.
Solution
Ion channels are the membrane proteins which have pores. They allow passage of ions through
its pores and are responsible for creating membrane potential, and voltage-gated electrical
signals. Ion channels, hence control the cellular volume through the secretions from various
cells. Some of the ion channels are: sodium-potassium pump, sodium-calcium exchanger,
sodium-glucose transport proteins etc.
Genomic evolution has brought about transformation in the function and structure of the ion
channels. These channels have existed even before the existence of animals. The presence of ion
channels in cnidarians like sea anemones, corals, jellyfish and others have shed light on the
evolution of ion channels.
Ion channels have formed by the modification of the prokaryotic porins, colicins, ABC
transporters. They can be catagorised into families and sub-families like the voltage-gated
channels and messanger-gated channels. Of these two, ligand-gated channels have evolved
recently. Moreover, Na+ and Ca2+ channels genes have evolved from K+ channel genes,
brought about by duplication and mutation..
Increased activity of digestive system PNSIncreased respiratory r.pdf
Increased activity of digestive system: PNS
Increased respiratory rate and bronchodilation: SNS
Increased salivation: PNS
Decreased heart rate: SNS
Feelings of energy and euphoria: SNS
Dilation of pupils: SNS
Solution
Increased activity of digestive system: PNS
Increased respiratory rate and bronchodilation: SNS
Increased salivation: PNS
Decreased heart rate: SNS
Feelings of energy and euphoria: SNS
Dilation of pupils: SNS.
E = Large substituents across double bond are on .pdf
E = Large substituents across double bond are on opposite sides Z = Large
substituents across double bond are on the same side (on Zee Zame Zide) 1) (E)-5-methylhept-
2-ene 2) (Z)-pent-2-ene-1-ol
Solution
E = Large substituents across double bond are on opposite sides Z = Large
substituents across double bond are on the same side (on Zee Zame Zide) 1) (E)-5-methylhept-
2-ene 2) (Z)-pent-2-ene-1-ol.
Hub Option a is correct choice.SolutionHub Option a is c.pdf
Hub :
Option a is correct choice.
Solution
Hub :
Option a is correct choice..
For short term study we will use Biodosimetry technique. In this tec.pdf
For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique.
Solution
For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique..
Exchanging Data with Microsoft ExcelAccess and Excel provide five .pdf
Exchanging Data with Microsoft Excel
Access and Excel provide five ways of exchanging information. You can:
To import an Excel worksheet or named range into Word
– or –
On the Insert menu, click File.
Dragging Information Between Microsoft Access and Microsoft Excel or Word
The following drag-and-drop functionality is available in Access. You can:
Sharing Information with Word
Word fully supports copying and pasting linked or unlinked data, as described in the
\"Overview\" earlier in this chapter. In addition, Word includes text converters for importing
Excel and Lotus 1-2-3 worksheet data into tables, and for importing Word documents into Lotus
Notes.
Note Word also supports the conversion of Word documents to HTML for intranets or the
Internet. For more information, see \"Web Support in Microsoft Word\" in Chapter 25, \"Web
Support in Microsoft Office Applications.\"
Use Microsoft Query with ODBC to connect to just about any data source there is.
1.Sharing Data between Excel and SQL Server
Using MS Excel and MS Query
To use Query with Excel, you must install the Query application, the Query add-in, the drivers
for the types of data you want to retrieve, and the necessary ODBC files. To install these files,
rerun Setup and click Add/Remove; then select the Data Access option.
Exporting MS Excel Data to Lotus Notes
When you install Office, Setup detects whether Lotus Notes version 3.x or 4.x (16-bit or 32-bit)
is installed on the computer. If either of them is installed, Setup automatically installs Lotus
Notes converters for Excel and Word. With these text converters, you can import Word and
Excel documents into a Lotus Notes memo.
Data exchange between applications is rather specific to the exchange itself.
The lowest common denominator is usually an ascii txt/dat file where both applications know
the data layout, or xml where the data definition is built into the file.
Relative to a website; it is again very specific to the web site.
There are many different methods to exchange data.
Research items might include Win HTTP, HTML, and XML
Solution
Exchanging Data with Microsoft Excel
Access and Excel provide five ways of exchanging information. You can:
To import an Excel worksheet or named range into Word
– or –
On the Insert menu, click File.
Dragging Information Between Microsoft Access and Microsoft Excel or Word
The following drag-and-drop functionality is available in Access. You can:
Sharing Information with Word
Word fully supports copying and pasting linked or unlinked data, as described in the
\"Overview\" earlier in this chapter. In addition, Word includes text converters for importing
Excel and Lotus 1-2-3 worksheet data into tables, and for importing Word documents into Lotus
Notes.
Note Word also supports the conversion of Word documents to HTML for intranets or the
Internet. For more information, see \"Web Support in Microsoft Word\" in Chapter 25, \"Web
Support in Microsoft Office Applications.\"
Use Microsoft Query with ODBC .
Cloud infrastructure addresses two critical elements of a green IT a.pdf
Cloud infrastructure addresses two critical elements of a green IT approach: energy efficiency
and resource efficiency. Whether done in a private or public cloud configuration, as-a-service
computing will be greener for (at least) the following three reasons.
1. Resource virtualization, enabling energy and resource efficiencies.
Virtualization is a foundational technology for deploying cloud-based infrastructure that allows a
single physical server to run multiple operating system images concurrently. As an enabler of
consolidation, server virtualization reduces the total physical server footprint, which has inherent
green benefits.
From a resource-efficiency perspective, less equipment is needed to run workloads, which
proactively reduces data center space and the eventual e-waste footprint. From an energy-
efficiency perspective, with less physical equipment plugged in, a data center will consume less
electricity.
It\'s worth noting that server virtualization is the most widely adopted green IT project
implemented or planned, at 90 percent of IT organizations globally into 2011.
2. Automation software, maximizing consolidation and utilization to drive efficiencies.
The presence of virtualization alone doesn\'t maximize energy and resource efficiencies. To
rapidly provision, move, and scale workloads, cloud-based infrastructure relies on automation
software.
Combined with the right skills and operational and architectural standards, automation allows IT
professionals to make the most of their cloud-based infrastructure investment by pushing the
limits of traditional consolidation and utilization ratios.
The higher these ratios are, the less physical infrastructure is needed, which in turn maximizes
the energy and resource efficiencies from server virtualization.
3. Pay-per-use and self-service, encouraging more efficient behavior and life-cycle management.
The pay-as-you-go nature of cloud-based infrastructure encourages users to only consume what
they need and nothing more. Combined with self-service, life-cycle management will improve,
since users can consume infrastructure resources only when they need it -- and \"turn off\" these
resources with set expiration times.
In concert, the pay-per-use and self-service capabilities of cloud-based infrastructure drive
energy and resource efficiencies simultaneously, since users only consume the computing
resources they need when they need it.
4. Multitenancy, delivering efficiencies of scale to benefit many organizations or business units.
Multitenancy allows many different organizations (public cloud) or many different business units
within the same organization (private cloud) to benefit from a common cloud-based
infrastructure.
By combining demand patterns across many organizations and business units, the peaks and
troughs of compute requirements flatten out. Combined with automation, the ratio between peak
and average loads becomes smaller, which in turn reduces the need for extra infrastructu.
B will react because Hg2I2 is insolubleall the others even when mi.pdf
B will react because Hg2I2 is insoluble
all the others even when mixed are still soluble so they will not form a precipitate
Solution
B will react because Hg2I2 is insoluble
all the others even when mixed are still soluble so they will not form a precipitate.
More from angeldresses (20)
The answer is e) they would get stuck in the membrane of the endopla.pdf
The answer is e) they would get stuck in the membrane of the endopla.pdf
sorry bro...but where is section 5.2u might have missed postng th.pdf
sorry bro...but where is section 5.2u might have missed postng th.pdf
Pseudocode ExamplesChanged 15 December 1999A calculation is a st.pdf
Pseudocode ExamplesChanged 15 December 1999A calculation is a st.pdf
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PbI2 is only very slightly soluble in water, so the following equili.pdf
option D is correctA thermodynamic cycle starts with a system in a.pdf
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Fluorescence return from excited singlet state to.pdf
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E = Large substituents across double bond are on .pdf
Hub Option a is correct choice.SolutionHub Option a is c.pdf
Hub Option a is correct choice.SolutionHub Option a is c.pdf
For short term study we will use Biodosimetry technique. In this tec.pdf
For short term study we will use Biodosimetry technique. In this tec.pdf
Exchanging Data with Microsoft ExcelAccess and Excel provide five .pdf
Exchanging Data with Microsoft ExcelAccess and Excel provide five .pdf
Cloud infrastructure addresses two critical elements of a green IT a.pdf
Cloud infrastructure addresses two critical elements of a green IT a.pdf
B will react because Hg2I2 is insolubleall the others even when mi.pdf
B will react because Hg2I2 is insolubleall the others even when mi.pdf
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Unit 8 - Information and Communication Technology (Paper I).pdf
This slides describes the basic concepts of ICT, basics of Email, Emerging Technology and Digital Initiatives in Education. This presentations aligns with the UGC Paper I syllabus.
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Event Link:-
https://meetups.mulesoft.com/events/details/mulesoft-mysore-presents-exploring-gemini-ai-and-integration-with-mulesoft/
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● Java 17 Upgrade Overview
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● Which MuleSoft products are in scope?
For Upcoming Meetups Join Mysore Meetup Group - https://meetups.mulesoft.com/mysore/
YouTube:- youtube.com/@mulesoftmysore
Mysore WhatsApp group:- https://chat.whatsapp.com/EhqtHtCC75vCAX7gaO842N
Speaker:-
Shubham Chaurasia - https://www.linkedin.com/in/shubhamchaurasia1/
Priya Shaw - https://www.linkedin.com/in/priya-shaw
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Giridhar Meka - https://www.linkedin.com/in/giridharmeka
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This webinar will introduce you to my framework, highlighting the key competencies I identified from my research. It will also show how anybody involved in language teaching (any language, not just English!), teacher training, managing schools or developing language learning materials can benefit from using the framework.
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The French Revolution, which began in 1789, was a period of radical social and political upheaval in France. It marked the decline of absolute monarchies, the rise of secular and democratic republics, and the eventual rise of Napoleon Bonaparte. This revolutionary period is crucial in understanding the transition from feudalism to modernity in Europe.
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