conductivity = k. no of ions in solution NaI = N.pdf
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conductivity = k. no of ions in solution NaI = Na+ + I- = 2 species K2SO4 = 2K+ + SO42- = 3 species conductivity 0.015 M K2SO4 = 3 x 12000 /2 = 18,000 units Solution conductivity = k. no of ions in solution NaI = Na+ + I- = 2 species K2SO4 = 2K+ + SO42- = 3 species conductivity 0.015 M K2SO4 = 3 x 12000 /2 = 18,000 units.
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This is a displacement reaction not precipitation.pdf
This is a displacement reaction not precipitation reaction .So Cu doesn\'t count as
precipitate. Yes precipitate only form when two solutions are mixed.
Solution
This is a displacement reaction not precipitation reaction .So Cu doesn\'t count as
precipitate. Yes precipitate only form when two solutions are mixed..
Quality control the focus of quality control is on deliverables .pdf
Quality control : the focus of quality control is on deliverables of the project . Quality control
monitors project deliverables to verify that the deliverables are of acceptable quality and the
customer is satisfied. The following identifies: 1. The major deliverables of the project that
will be tested for acceptable quality level. 2. The quality standards and customer satisfaction
criteria established for the project deliverable. Included are any organizational standards that
need to be followed Whereas, quality assurance refers to the process used to create the
deliverables and can be performed by a manager, client, or even a third party reviewer. Examples
of quality assurance include process checklist, project audits and methodologies and standards
development Difference between Quality assurance Quality control Focus on QA aims to
prevent defect with a focus on the process used to make the product. It is a proactive quality
process QC aims to identify ( and correct) defects in the finished product. goal To improve
development and test processes so that defects do not arise when the product is being developed
The goal of QC is to identify defects after a product is developed and before it is released How
Establish a good quality management system and assessment of its adequacy Finding &
eliminating sources of quality problems through tools & equipment so that customer/s
requirement are continually met example Verification is an example of QA Validation
/software testing is an example
Solution
Quality control : the focus of quality control is on deliverables of the project . Quality control
monitors project deliverables to verify that the deliverables are of acceptable quality and the
customer is satisfied. The following identifies: 1. The major deliverables of the project that
will be tested for acceptable quality level. 2. The quality standards and customer satisfaction
criteria established for the project deliverable. Included are any organizational standards that
need to be followed Whereas, quality assurance refers to the process used to create the
deliverables and can be performed by a manager, client, or even a third party reviewer. Examples
of quality assurance include process checklist, project audits and methodologies and standards
development Difference between Quality assurance Quality control Focus on QA aims to
prevent defect with a focus on the process used to make the product. It is a proactive quality
process QC aims to identify ( and correct) defects in the finished product. goal To improve
development and test processes so that defects do not arise when the product is being developed
The goal of QC is to identify defects after a product is developed and before it is released How
Establish a good quality management system and assessment of its adequacy Finding &
eliminating sources of quality problems through tools & equipment so that customer/s
requirement are continually met example Verification is an example of QA Vali.
We know that in general acids and bases are very .pdf
We know that in general acids and bases are very soluble. They break up into ions
when mixed with water because of the polar nature of the intermolecular forces. When they are
in their pure states, they are not dissociated into ions, but are just compounds in liquid form.
Looking at their intermolecular forces, NH3 + KOH will not ionize each other because they are
not polar. H2O, however, is polar. It is positive at the hydrogens and negative at the oxygen.
Because of this they constantly break up into H+ and OH- in an equilibrium reaction. The H+
and OH- ions then cause the KOH to dissociate within the solution and it will ionize. NH3 alone
does not have the ability to dissociate KOH. This means that the water will make the solution be
able to dissolve the KOH.
Solution
We know that in general acids and bases are very soluble. They break up into ions
when mixed with water because of the polar nature of the intermolecular forces. When they are
in their pure states, they are not dissociated into ions, but are just compounds in liquid form.
Looking at their intermolecular forces, NH3 + KOH will not ionize each other because they are
not polar. H2O, however, is polar. It is positive at the hydrogens and negative at the oxygen.
Because of this they constantly break up into H+ and OH- in an equilibrium reaction. The H+
and OH- ions then cause the KOH to dissociate within the solution and it will ionize. NH3 alone
does not have the ability to dissociate KOH. This means that the water will make the solution be
able to dissolve the KOH..
The name of the given compound is 2-hydoxy propan.pdf
The name of the given compound is 2-hydoxy propanol
Solution
The name of the given compound is 2-hydoxy propanol.
Substitution Reactions of Benzene and Other Aroma.pdf
Substitution Reactions of Benzene and Other Aromatic Compounds The
remarkable stability of the unsaturated hydrocarbon benzene has been discussed in an earlier
section. The chemical reactivity of benzene contrasts with that of the alkenes in that substitution
reactions occur in preference to addition reactions, as illustrated in the following diagram (some
comparable reactions of cyclohexene are shown in the green box). A demonstration of bromine
substitution and addition reactions is helpful at this point, and a virtual demonstration may be
initiated by clicking here. Many other substitution reactions of benzene have been observed, the
five most useful are listed below (chlorination and bromination are the most common
halogenation reactions). Since the reagents and conditions employed in these reactions are
electrophilic, these reactions are commonly referred to as Electrophilic Aromatic Substitution.
The catalysts and co-reagents serve to generate the strong electrophilic species needed to effect
the initial step of the substitution. The specific electrophile believed to function in each type of
reaction is listed in the right hand column. Reaction Type Typical Equation Electrophile E(+)
Halogenation: C6H6 + Cl2 & heat FeCl3 catalyst ——> C6H5Cl + HCl Chlorobenzene Cl(+) or
Br(+) Nitration: C6H6 + HNO3 & heat H2SO4 catalyst ——> C6H5NO2 + H2O Nitrobenzene
NO2(+) Sulfonation: C6H6 + H2SO4 + SO3 & heat ——> C6H5SO3H + H2O Benzenesulfonic
acid SO3H(+) Alkylation: Friedel-Crafts C6H6 + R-Cl & heat AlCl3 catalyst ——> C6H5-R +
HCl An Arene R(+) Acylation: Friedel-Crafts C6H6 + RCOCl & heat AlCl3 catalyst ——>
C6H5COR + HCl An Aryl Ketone RCO(+) 1. A Mechanism for Electrophilic Substitution
Reactions of Benzene A two-step mechanism has been proposed for these electrophilic
substitution reactions. In the first, slow or rate-determining, step the electrophile forms a sigma-
bond to the benzene ring, generating a positively charged benzenonium intermediate. In the
second, fast step, a proton is removed from this intermediate, yielding a substituted benzene ring.
The following four-part illustration shows this mechanism for the bromination reaction. Also, an
animated diagram may be viewed. Bromination of Benzene - An Example of Electrophilic
Aromatic Substitution There are four stages to this slide show. These may be viewed
repeatedly by continued clicking of the \"Next Slide\" button. To see an animated model of this
reaction using ball&stick models . This mechanism for electrophilic aromatic substitution
should be considered in context with other mechanisms involving carbocation intermediates.
These include SN1 and E1 reactions of alkyl halides, and Brønsted acid addition reactions of
alkenes. To summarize, when carbocation intermediates are formed one can expect them to react
further by one or more of the following modes: 1. The cation may bond to a nucleophile to give
a substitution or addition product. 2. The cation may transfer a proton to a base, g.
Oxidised Al(s) Reduced Cu2+(aq) .pdf
Oxidised : Al(s) Reduced : Cu2+(aq)
Solution
Oxidised : Al(s) Reduced : Cu2+(aq).
Recommended
This is a displacement reaction not precipitation.pdf
This is a displacement reaction not precipitation reaction .So Cu doesn\'t count as
precipitate. Yes precipitate only form when two solutions are mixed.
Solution
This is a displacement reaction not precipitation reaction .So Cu doesn\'t count as
precipitate. Yes precipitate only form when two solutions are mixed..
Quality control the focus of quality control is on deliverables .pdf
Quality control : the focus of quality control is on deliverables of the project . Quality control
monitors project deliverables to verify that the deliverables are of acceptable quality and the
customer is satisfied. The following identifies: 1. The major deliverables of the project that
will be tested for acceptable quality level. 2. The quality standards and customer satisfaction
criteria established for the project deliverable. Included are any organizational standards that
need to be followed Whereas, quality assurance refers to the process used to create the
deliverables and can be performed by a manager, client, or even a third party reviewer. Examples
of quality assurance include process checklist, project audits and methodologies and standards
development Difference between Quality assurance Quality control Focus on QA aims to
prevent defect with a focus on the process used to make the product. It is a proactive quality
process QC aims to identify ( and correct) defects in the finished product. goal To improve
development and test processes so that defects do not arise when the product is being developed
The goal of QC is to identify defects after a product is developed and before it is released How
Establish a good quality management system and assessment of its adequacy Finding &
eliminating sources of quality problems through tools & equipment so that customer/s
requirement are continually met example Verification is an example of QA Validation
/software testing is an example
Solution
Quality control : the focus of quality control is on deliverables of the project . Quality control
monitors project deliverables to verify that the deliverables are of acceptable quality and the
customer is satisfied. The following identifies: 1. The major deliverables of the project that
will be tested for acceptable quality level. 2. The quality standards and customer satisfaction
criteria established for the project deliverable. Included are any organizational standards that
need to be followed Whereas, quality assurance refers to the process used to create the
deliverables and can be performed by a manager, client, or even a third party reviewer. Examples
of quality assurance include process checklist, project audits and methodologies and standards
development Difference between Quality assurance Quality control Focus on QA aims to
prevent defect with a focus on the process used to make the product. It is a proactive quality
process QC aims to identify ( and correct) defects in the finished product. goal To improve
development and test processes so that defects do not arise when the product is being developed
The goal of QC is to identify defects after a product is developed and before it is released How
Establish a good quality management system and assessment of its adequacy Finding &
eliminating sources of quality problems through tools & equipment so that customer/s
requirement are continually met example Verification is an example of QA Vali.
We know that in general acids and bases are very .pdf
We know that in general acids and bases are very soluble. They break up into ions
when mixed with water because of the polar nature of the intermolecular forces. When they are
in their pure states, they are not dissociated into ions, but are just compounds in liquid form.
Looking at their intermolecular forces, NH3 + KOH will not ionize each other because they are
not polar. H2O, however, is polar. It is positive at the hydrogens and negative at the oxygen.
Because of this they constantly break up into H+ and OH- in an equilibrium reaction. The H+
and OH- ions then cause the KOH to dissociate within the solution and it will ionize. NH3 alone
does not have the ability to dissociate KOH. This means that the water will make the solution be
able to dissolve the KOH.
Solution
We know that in general acids and bases are very soluble. They break up into ions
when mixed with water because of the polar nature of the intermolecular forces. When they are
in their pure states, they are not dissociated into ions, but are just compounds in liquid form.
Looking at their intermolecular forces, NH3 + KOH will not ionize each other because they are
not polar. H2O, however, is polar. It is positive at the hydrogens and negative at the oxygen.
Because of this they constantly break up into H+ and OH- in an equilibrium reaction. The H+
and OH- ions then cause the KOH to dissociate within the solution and it will ionize. NH3 alone
does not have the ability to dissociate KOH. This means that the water will make the solution be
able to dissolve the KOH..
The name of the given compound is 2-hydoxy propan.pdf
The name of the given compound is 2-hydoxy propanol
Solution
The name of the given compound is 2-hydoxy propanol.
Substitution Reactions of Benzene and Other Aroma.pdf
Substitution Reactions of Benzene and Other Aromatic Compounds The
remarkable stability of the unsaturated hydrocarbon benzene has been discussed in an earlier
section. The chemical reactivity of benzene contrasts with that of the alkenes in that substitution
reactions occur in preference to addition reactions, as illustrated in the following diagram (some
comparable reactions of cyclohexene are shown in the green box). A demonstration of bromine
substitution and addition reactions is helpful at this point, and a virtual demonstration may be
initiated by clicking here. Many other substitution reactions of benzene have been observed, the
five most useful are listed below (chlorination and bromination are the most common
halogenation reactions). Since the reagents and conditions employed in these reactions are
electrophilic, these reactions are commonly referred to as Electrophilic Aromatic Substitution.
The catalysts and co-reagents serve to generate the strong electrophilic species needed to effect
the initial step of the substitution. The specific electrophile believed to function in each type of
reaction is listed in the right hand column. Reaction Type Typical Equation Electrophile E(+)
Halogenation: C6H6 + Cl2 & heat FeCl3 catalyst ——> C6H5Cl + HCl Chlorobenzene Cl(+) or
Br(+) Nitration: C6H6 + HNO3 & heat H2SO4 catalyst ——> C6H5NO2 + H2O Nitrobenzene
NO2(+) Sulfonation: C6H6 + H2SO4 + SO3 & heat ——> C6H5SO3H + H2O Benzenesulfonic
acid SO3H(+) Alkylation: Friedel-Crafts C6H6 + R-Cl & heat AlCl3 catalyst ——> C6H5-R +
HCl An Arene R(+) Acylation: Friedel-Crafts C6H6 + RCOCl & heat AlCl3 catalyst ——>
C6H5COR + HCl An Aryl Ketone RCO(+) 1. A Mechanism for Electrophilic Substitution
Reactions of Benzene A two-step mechanism has been proposed for these electrophilic
substitution reactions. In the first, slow or rate-determining, step the electrophile forms a sigma-
bond to the benzene ring, generating a positively charged benzenonium intermediate. In the
second, fast step, a proton is removed from this intermediate, yielding a substituted benzene ring.
The following four-part illustration shows this mechanism for the bromination reaction. Also, an
animated diagram may be viewed. Bromination of Benzene - An Example of Electrophilic
Aromatic Substitution There are four stages to this slide show. These may be viewed
repeatedly by continued clicking of the \"Next Slide\" button. To see an animated model of this
reaction using ball&stick models . This mechanism for electrophilic aromatic substitution
should be considered in context with other mechanisms involving carbocation intermediates.
These include SN1 and E1 reactions of alkyl halides, and Brønsted acid addition reactions of
alkenes. To summarize, when carbocation intermediates are formed one can expect them to react
further by one or more of the following modes: 1. The cation may bond to a nucleophile to give
a substitution or addition product. 2. The cation may transfer a proton to a base, g.
Oxidised Al(s) Reduced Cu2+(aq) .pdf
Oxidised : Al(s) Reduced : Cu2+(aq)
Solution
Oxidised : Al(s) Reduced : Cu2+(aq).
let 1x = z So -1x^2 dx =dz I =- int e^z dz = -.pdf
let 1/x = z So -1/x^2 dx =dz I =- int e^z dz = -e^z +C put values I = -e + 1/e
Solution
let 1/x = z So -1/x^2 dx =dz I =- int e^z dz = -e^z +C put values I = -e + 1/e.
I believe you do. I recall most reactants used i.pdf
I believe you do. I recall most reactants used in reactions involve NBS have double
bonds.
Solution
I believe you do. I recall most reactants used in reactions involve NBS have double
bonds..
hello When you add NaOH to benzoic acid a neutra.pdf
hello When you add NaOH to benzoic acid a neutralization reaction occurs
(acid+base) to form a salt, in this case sodium benzoate, wich is soluble in water because its a
ionic compound. when you add HCL to the previous mixture, you protonate the benzoate to
form again the benzoic acid, because the HCL is most acidic than benzoic acid, when the pH of
the solution is acidic the benzoic acid precipitates.
Solution
hello When you add NaOH to benzoic acid a neutralization reaction occurs
(acid+base) to form a salt, in this case sodium benzoate, wich is soluble in water because its a
ionic compound. when you add HCL to the previous mixture, you protonate the benzoate to
form again the benzoic acid, because the HCL is most acidic than benzoic acid, when the pH of
the solution is acidic the benzoic acid precipitates..
When a new species like methanofloresn stordalenmiresnsis is discove.pdf
When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt
to determine its placement in a phylogenic tree .which of the following may be analysed to
classify new members of archaea
Mitochondrial DNA
Nuclear DNA
16s RIBOSOMAL RNA-----------answer
Cytoplasmic proteins
Ribosomal proteins-----answer
Archaea were at first named microorganisms, accepting the name archaebacteria (in the
Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional
properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea
are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact
that the dominant part have not been segregated in the lab and have just been recognized by
investigation of their nucleic acids in tests from their surroundings.
Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fact
that a couple archaea have extremely odd shapes, for example, the level and square-formed cells
of Haloquadratum walsbyi. In spite of this morphological similitude to microbes, archaea have
qualities and a few metabolic pathways that are all the more firmly identified with those of
eukaryotes, strikingly the compounds required in interpretation and interpretation. Different parts
of archaeal organic chemistry are extraordinary, for example, their dependence on ether lipids in
their cell films, including archaeols. Archaea utilize more vitality sources than eukaryotes: these
range from natural mixes, for example, sugars, to alkali, metal particles or even hydrogen gas.
Salt-tolerant archaea (the Haloarchaea) utilize daylight as a vitality source, and different types of
archaea settle carbon; notwithstanding, not at all like plants and cyanobacteria, no known types
of archaea does both. Archaea duplicate agamically by double parting, fracture, or maturing; not
at all like microorganisms and eukaryotes, no known species frames spores.
Solution
When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt
to determine its placement in a phylogenic tree .which of the following may be analysed to
classify new members of archaea
Mitochondrial DNA
Nuclear DNA
16s RIBOSOMAL RNA-----------answer
Cytoplasmic proteins
Ribosomal proteins-----answer
Archaea were at first named microorganisms, accepting the name archaebacteria (in the
Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional
properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea
are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact
that the dominant part have not been segregated in the lab and have just been recognized by
investigation of their nucleic acids in tests from their surroundings.
Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fa.
When You connect a host to a switch, the host is capable only of hal.pdf
When You connect a host to a switch, the host is capable only of half duplex. After the
connection is negotiated, the interface DUPLX LED should appear in Green.
Solution
When You connect a host to a switch, the host is capable only of half duplex. After the
connection is negotiated, the interface DUPLX LED should appear in Green..
treatment of childhood disorders is difficult because children hide .pdf
treatment of childhood disorders is difficult because children hide their symptoms from
caregivers.They have less capability to express their feelings.They have high varialbility in
symptoms.
Solution
treatment of childhood disorders is difficult because children hide their symptoms from
caregivers.They have less capability to express their feelings.They have high varialbility in
symptoms..
The communication channel consists of the below procedure how the co.pdf
The communication channel consists of the below procedure how the communication happens
between the web browser and web server
Hyper Text Transfer Protocol (HTTP) is a protocol used for transferring web pages (like the one
you\'re reading right now). A protocol is really nothing but a standard way of doing things. If you
were to meet the President of the United States, or the king of a country, there would be specific
procedures that you\'d have to follow. You couldn\'t just walk up and say \"hey dude\". There
would be a specific way to walk, to talk, a standard greeting, and a standard way to end the
conversation. Protocols in the TCP/IP stack serve the same purpose.
The TCP/IP stack has four layers: Application, Transport, Internet, and Network. At each layer
there are different protocols that are used to standardize the flow of information, and each one is
a computer program (running on your computer) that\'s used to format the information into a
packet as it\'s moving down the TCP/IP stack. A packet is a combination of the Application
Layer data, the Transport Layer header (TCP or UDP), and the IP layer header (the Network
Layer takes the packet and turns it into a frame).
The Application Layer
This consists of all applications that use the network to transfer data. It does not care about how
the data gets between two points and it knows very little about the status of the network.
Applications pass data to the next layer in the TCP/IP stack and then continue to perform other
functions until a reply is received. The Application Layer uses host names (like
www.dalantech.com) for addressing. Examples of application layer protocols: Hyper Text
Transfer Protocol (HTTP -web browsing), Simple Mail Transfer Protocol (SMTP -electronic
mail), Domain Name Services (DNS -resolving a host name to an IP address), to name just a
few.
The main purpose of the Application Layer is to provide a common command language and
syntax between applications that are running on different operating systems -kind of like an
interpreter. The data that is sent by an application that uses the network is formatted to conform
to one of several set standards. The receiving computer can understand the data that is being sent
even if it is running a different operating system than the sender due to the standards that all
network applications conform to.
The Transport Layer
...is responsible for assigning source and destination port numbers to applications. Port numbers
are used by the Transport Layer for addressing and they range from 1 to 65,535. Port numbers
from 0 to 1023 are called \"well known ports\". The numbers below 256 are reserved for public
(standard) services that run at the Application Layer. Here are a few: 25 for SMTP, 53 for DNS
(udp for domain resolution and tcp for zone transfers) , and 80 for HTTP. The port numbers from
256 to 1023 are assigned by the IANA to companies for the applications that they sell.
Port numbers from 1024 to 65,535 are used for clie.
The first trigonometric table was compiled by Hipparchus, who is now.pdf
The first trigonometric table was compiled by Hipparchus, who is now known as \"the father of
trigonometry.\"Sumerian astronomers studied angle measure, using a division of circles into 360
degrees.They and the Babylonians studied the ratios of the sides of similar triangles and
discovered some properties of these ratios, but did not turn that into a systematic method for
finding sides and angles of triangles. The ancient Nubians used a similar method. The ancient
Greeks transformed trigonometry into an ordered science.
Classical Greek mathematicians (such as Euclid and Archimedes) studied the properties of
chords and inscribed angles in circles, and proved theorems that are equivalent to modern
trigonometric formulae, although they presented them geometrically rather than algebraically.
Claudius Ptolemy expanded upon Hipparchus\' Chords in a Circle in his Almagest. The modern
sine function was first defined in the Surya Siddhanta, and its properties were further
documented by the 5th century Indian mathematician and astronomer Aryabhata. These Greek
and Indian works were translated and expanded by medieval Islamic mathematicians. By the
10th century, Islamic mathematicians were using all six trigonometric functions, had tabulated
their values, and were applying them to problems in spherical geometry. Knowledge of
trigonometric functions and methods reached Europe via Latin translations of the works of
Persian and Arabic astronomers such as Al Battani and Nasir al-Din al-Tusi. One of the earliest
works on trigonometry by a European mathematician is De Triangulis by the 15th century
German mathematician Regiomontanus. Trigonometry was still so little known in 16th century
Europe that Nicolaus Copernicus devoted two chapters of De revolutionibus orbium coelestium
to explain its basic concepts.
Driven by the demands of navigation and the growing need for accurate maps of large
geographic areas, trigonometry grew into a major branch of mathematics. Bartholomaeus
Pitiscus was the first to use the word, publishing his Trigonometria in 1595. Gemma Frisius
described for the first time the method of triangulation still used today in surveying. It was
Leonhard Euler who fully incorporated complex numbers into trigonometry. The works of James
Gregory in the 17th century and Colin Maclaurin in the 18th century were influential in the
development of trigonometric series. Also in the 18th century, Brook Taylor defined the general
Taylor series.
Solution
The first trigonometric table was compiled by Hipparchus, who is now known as \"the father of
trigonometry.\"Sumerian astronomers studied angle measure, using a division of circles into 360
degrees.They and the Babylonians studied the ratios of the sides of similar triangles and
discovered some properties of these ratios, but did not turn that into a systematic method for
finding sides and angles of triangles. The ancient Nubians used a similar method. The ancient
Greeks transformed trigonometry into an ord.
The apparent mode of inheritance if Autosomal Dominant Inheritance .pdf
The apparent mode of inheritance if Autosomal Dominant Inheritance: the reason if that, in the
pedigree of this family only one copy of the HNPCC allele is present on male individual. There
are 50% chances for HNPCC to occur on the male and female offspring of this male individual.
All the diseased offspring has at least one parent carrying the dominant allele. We can also see
that the transfer of HNPCC allele occurs from male to male.
Colorectal cancer is affected by the age. Usually it occurs at the age of 50 years or above. But
there have been cases where it was diagnosed at a very young age, as young as 31 years, just like
in the given example. The reason behind such wide range of age is the inheritance of the disease.
As the disease is inherited, the chances of it increase and thus it can be seen at a very young age.
The risk of HNPCC increases two or three times with the family history in comparison to
without the family history. Other factors that might affect the wide range are Environmental
effect, diet and food habits.
Solution
The apparent mode of inheritance if Autosomal Dominant Inheritance: the reason if that, in the
pedigree of this family only one copy of the HNPCC allele is present on male individual. There
are 50% chances for HNPCC to occur on the male and female offspring of this male individual.
All the diseased offspring has at least one parent carrying the dominant allele. We can also see
that the transfer of HNPCC allele occurs from male to male.
Colorectal cancer is affected by the age. Usually it occurs at the age of 50 years or above. But
there have been cases where it was diagnosed at a very young age, as young as 31 years, just like
in the given example. The reason behind such wide range of age is the inheritance of the disease.
As the disease is inherited, the chances of it increase and thus it can be seen at a very young age.
The risk of HNPCC increases two or three times with the family history in comparison to
without the family history. Other factors that might affect the wide range are Environmental
effect, diet and food habits..
It is false sinceleft side should be mu(nd)SolutionIt is fa.pdf
It is false since
left side should be mu(n/d)
Solution
It is false since
left side should be mu(n/d).
sorry , the figure is not given ion the question , so unable to solv.pdf
sorry , the figure is not given ion the question , so unable to solve
Solution
sorry , the figure is not given ion the question , so unable to solve.
Solution 2A mutual fund is a pool of shares, bonds and other secu.pdf
Solution
2:
A mutual fund is a pool of shares, bonds and other securities owned by fund shareholders.Mutual
fund is externally managed and it has no employee in traditional sense. The main service
providers to a mutual fund are either affilliate organizations or indendent vendors like distributor,
custodian, transfer agent, investment advisore etc. Mutual fund relies on these third parties to
invest money of funds and perform other business activities.
All mutual funds are required to have a board of directors..
Response varaible is weight of shrimp.Explanatory variables are te.pdf
Response varaible is weight of shrimp.
Explanatory variables are temperatures and levels of salinity.
Treatment is raising the shrimp in containers with specified water temperatures and salinity
levels.
Solution
Response varaible is weight of shrimp.
Explanatory variables are temperatures and levels of salinity.
Treatment is raising the shrimp in containers with specified water temperatures and salinity
levels..
Runoff ratio = amount of runoff amount of precipitation received.pdf
Runoff ratio = amount of runoff / amount of precipitation received
Amount of runoff= Runoff ratio * amount of precipitation received = 0.3 * 1000 = 300 mm
Amount of water evapo-transpired = 1000 - 300 = 700 mm in a year.
Solution
Runoff ratio = amount of runoff / amount of precipitation received
Amount of runoff= Runoff ratio * amount of precipitation received = 0.3 * 1000 = 300 mm
Amount of water evapo-transpired = 1000 - 300 = 700 mm in a year..
pH = pka + log(conjugate base acid) = - log (6.310^-5) + .pdf
pH = pka + log(conjugate base / acid)
= - log (6.3*10^-5) + log (0.050 * 10.0 / 0.0250 * 40.0)
= 4.20 - 0.301
= 3.90
Solution
pH = pka + log(conjugate base / acid)
= - log (6.3*10^-5) + log (0.050 * 10.0 / 0.0250 * 40.0)
= 4.20 - 0.301
= 3.90.
Pressure of the ozone gas = 2.28 torrTemperature, T = 250 KVolum.pdf
Pressure of the ozone gas = 2.28 torr
Temperature, T = 250 K
Volume = 1.0 L
Solution
Pressure of the ozone gas = 2.28 torr
Temperature, T = 250 K
Volume = 1.0 L.
AnswerBoth I-1 & I-2 are heterozgous. A cross between two hetrozy.pdf
Answer:
Both I-1 & I-2 are heterozgous. A cross between two hetrozygous produces homozygous
dominant (1/4), heterozygous (1/2) and homozygous recessive (1/4)
The fraction of heterozygous progeny out of 3/5 = (1/2) /(3/5) = 1/2 * 3/5 = 3/10
Solution
Answer:
Both I-1 & I-2 are heterozgous. A cross between two hetrozygous produces homozygous
dominant (1/4), heterozygous (1/2) and homozygous recessive (1/4)
The fraction of heterozygous progeny out of 3/5 = (1/2) /(3/5) = 1/2 * 3/5 = 3/10.
NPR-1 is required for regulating anxiety, food consumption, social a.pdf
NPR-1 is required for regulating anxiety, food consumption, social and solitary feeding, in
regulating social behaviour and sensing pain. Indirectly, food is the main factor in the solitary or
social behaviour. The nematode with wild type npr-1, move slowly and disperse all over, while
mutant npr-1 move rapidly and aggregate together at the border (the phenomen called as
bordering). This behaviour in locomotion is the main cause of social or solitary behaviour.
Solution
NPR-1 is required for regulating anxiety, food consumption, social and solitary feeding, in
regulating social behaviour and sensing pain. Indirectly, food is the main factor in the solitary or
social behaviour. The nematode with wild type npr-1, move slowly and disperse all over, while
mutant npr-1 move rapidly and aggregate together at the border (the phenomen called as
bordering). This behaviour in locomotion is the main cause of social or solitary behaviour..
Molecular weight of NH3 = 14+3 = 17 No. of moles = 2717 No..pdf
Molecular weight of NH3 = 14+3 = 17
No. of moles = 27/17
No. of molecules = 27/17*6.022*1023 = 9.56*1023 mol3cules
Solution
Molecular weight of NH3 = 14+3 = 17
No. of moles = 27/17
No. of molecules = 27/17*6.022*1023 = 9.56*1023 mol3cules.
A Survey of Techniques for Maximizing LLM Performance.pptx
A Survey of Techniques for Maximizing LLM Performance
Introduction to AI for Nonprofits with Tapp Network
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More from ajitdoll
let 1x = z So -1x^2 dx =dz I =- int e^z dz = -.pdf
let 1/x = z So -1/x^2 dx =dz I =- int e^z dz = -e^z +C put values I = -e + 1/e
Solution
let 1/x = z So -1/x^2 dx =dz I =- int e^z dz = -e^z +C put values I = -e + 1/e.
I believe you do. I recall most reactants used i.pdf
I believe you do. I recall most reactants used in reactions involve NBS have double
bonds.
Solution
I believe you do. I recall most reactants used in reactions involve NBS have double
bonds..
hello When you add NaOH to benzoic acid a neutra.pdf
hello When you add NaOH to benzoic acid a neutralization reaction occurs
(acid+base) to form a salt, in this case sodium benzoate, wich is soluble in water because its a
ionic compound. when you add HCL to the previous mixture, you protonate the benzoate to
form again the benzoic acid, because the HCL is most acidic than benzoic acid, when the pH of
the solution is acidic the benzoic acid precipitates.
Solution
hello When you add NaOH to benzoic acid a neutralization reaction occurs
(acid+base) to form a salt, in this case sodium benzoate, wich is soluble in water because its a
ionic compound. when you add HCL to the previous mixture, you protonate the benzoate to
form again the benzoic acid, because the HCL is most acidic than benzoic acid, when the pH of
the solution is acidic the benzoic acid precipitates..
When a new species like methanofloresn stordalenmiresnsis is discove.pdf
When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt
to determine its placement in a phylogenic tree .which of the following may be analysed to
classify new members of archaea
Mitochondrial DNA
Nuclear DNA
16s RIBOSOMAL RNA-----------answer
Cytoplasmic proteins
Ribosomal proteins-----answer
Archaea were at first named microorganisms, accepting the name archaebacteria (in the
Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional
properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea
are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact
that the dominant part have not been segregated in the lab and have just been recognized by
investigation of their nucleic acids in tests from their surroundings.
Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fact
that a couple archaea have extremely odd shapes, for example, the level and square-formed cells
of Haloquadratum walsbyi. In spite of this morphological similitude to microbes, archaea have
qualities and a few metabolic pathways that are all the more firmly identified with those of
eukaryotes, strikingly the compounds required in interpretation and interpretation. Different parts
of archaeal organic chemistry are extraordinary, for example, their dependence on ether lipids in
their cell films, including archaeols. Archaea utilize more vitality sources than eukaryotes: these
range from natural mixes, for example, sugars, to alkali, metal particles or even hydrogen gas.
Salt-tolerant archaea (the Haloarchaea) utilize daylight as a vitality source, and different types of
archaea settle carbon; notwithstanding, not at all like plants and cyanobacteria, no known types
of archaea does both. Archaea duplicate agamically by double parting, fracture, or maturing; not
at all like microorganisms and eukaryotes, no known species frames spores.
Solution
When a new species like methanofloresn stordalenmiresnsis is discovered , researchers attempt
to determine its placement in a phylogenic tree .which of the following may be analysed to
classify new members of archaea
Mitochondrial DNA
Nuclear DNA
16s RIBOSOMAL RNA-----------answer
Cytoplasmic proteins
Ribosomal proteins-----answer
Archaea were at first named microorganisms, accepting the name archaebacteria (in the
Archaebacteria kingdom), yet this characterization is obsolete. Archaeal cells have exceptional
properties isolating them from the other two areas of life, Bacteria and Eukaryota. The Archaea
are further partitioned into different perceived phyla. Grouping is troublesome in light of the fact
that the dominant part have not been segregated in the lab and have just been recognized by
investigation of their nucleic acids in tests from their surroundings.
Archaea and microscopic organisms are by and large comparable fit as a fiddle, despite the fa.
When You connect a host to a switch, the host is capable only of hal.pdf
When You connect a host to a switch, the host is capable only of half duplex. After the
connection is negotiated, the interface DUPLX LED should appear in Green.
Solution
When You connect a host to a switch, the host is capable only of half duplex. After the
connection is negotiated, the interface DUPLX LED should appear in Green..
treatment of childhood disorders is difficult because children hide .pdf
treatment of childhood disorders is difficult because children hide their symptoms from
caregivers.They have less capability to express their feelings.They have high varialbility in
symptoms.
Solution
treatment of childhood disorders is difficult because children hide their symptoms from
caregivers.They have less capability to express their feelings.They have high varialbility in
symptoms..
The communication channel consists of the below procedure how the co.pdf
The communication channel consists of the below procedure how the communication happens
between the web browser and web server
Hyper Text Transfer Protocol (HTTP) is a protocol used for transferring web pages (like the one
you\'re reading right now). A protocol is really nothing but a standard way of doing things. If you
were to meet the President of the United States, or the king of a country, there would be specific
procedures that you\'d have to follow. You couldn\'t just walk up and say \"hey dude\". There
would be a specific way to walk, to talk, a standard greeting, and a standard way to end the
conversation. Protocols in the TCP/IP stack serve the same purpose.
The TCP/IP stack has four layers: Application, Transport, Internet, and Network. At each layer
there are different protocols that are used to standardize the flow of information, and each one is
a computer program (running on your computer) that\'s used to format the information into a
packet as it\'s moving down the TCP/IP stack. A packet is a combination of the Application
Layer data, the Transport Layer header (TCP or UDP), and the IP layer header (the Network
Layer takes the packet and turns it into a frame).
The Application Layer
This consists of all applications that use the network to transfer data. It does not care about how
the data gets between two points and it knows very little about the status of the network.
Applications pass data to the next layer in the TCP/IP stack and then continue to perform other
functions until a reply is received. The Application Layer uses host names (like
www.dalantech.com) for addressing. Examples of application layer protocols: Hyper Text
Transfer Protocol (HTTP -web browsing), Simple Mail Transfer Protocol (SMTP -electronic
mail), Domain Name Services (DNS -resolving a host name to an IP address), to name just a
few.
The main purpose of the Application Layer is to provide a common command language and
syntax between applications that are running on different operating systems -kind of like an
interpreter. The data that is sent by an application that uses the network is formatted to conform
to one of several set standards. The receiving computer can understand the data that is being sent
even if it is running a different operating system than the sender due to the standards that all
network applications conform to.
The Transport Layer
...is responsible for assigning source and destination port numbers to applications. Port numbers
are used by the Transport Layer for addressing and they range from 1 to 65,535. Port numbers
from 0 to 1023 are called \"well known ports\". The numbers below 256 are reserved for public
(standard) services that run at the Application Layer. Here are a few: 25 for SMTP, 53 for DNS
(udp for domain resolution and tcp for zone transfers) , and 80 for HTTP. The port numbers from
256 to 1023 are assigned by the IANA to companies for the applications that they sell.
Port numbers from 1024 to 65,535 are used for clie.
The first trigonometric table was compiled by Hipparchus, who is now.pdf
The first trigonometric table was compiled by Hipparchus, who is now known as \"the father of
trigonometry.\"Sumerian astronomers studied angle measure, using a division of circles into 360
degrees.They and the Babylonians studied the ratios of the sides of similar triangles and
discovered some properties of these ratios, but did not turn that into a systematic method for
finding sides and angles of triangles. The ancient Nubians used a similar method. The ancient
Greeks transformed trigonometry into an ordered science.
Classical Greek mathematicians (such as Euclid and Archimedes) studied the properties of
chords and inscribed angles in circles, and proved theorems that are equivalent to modern
trigonometric formulae, although they presented them geometrically rather than algebraically.
Claudius Ptolemy expanded upon Hipparchus\' Chords in a Circle in his Almagest. The modern
sine function was first defined in the Surya Siddhanta, and its properties were further
documented by the 5th century Indian mathematician and astronomer Aryabhata. These Greek
and Indian works were translated and expanded by medieval Islamic mathematicians. By the
10th century, Islamic mathematicians were using all six trigonometric functions, had tabulated
their values, and were applying them to problems in spherical geometry. Knowledge of
trigonometric functions and methods reached Europe via Latin translations of the works of
Persian and Arabic astronomers such as Al Battani and Nasir al-Din al-Tusi. One of the earliest
works on trigonometry by a European mathematician is De Triangulis by the 15th century
German mathematician Regiomontanus. Trigonometry was still so little known in 16th century
Europe that Nicolaus Copernicus devoted two chapters of De revolutionibus orbium coelestium
to explain its basic concepts.
Driven by the demands of navigation and the growing need for accurate maps of large
geographic areas, trigonometry grew into a major branch of mathematics. Bartholomaeus
Pitiscus was the first to use the word, publishing his Trigonometria in 1595. Gemma Frisius
described for the first time the method of triangulation still used today in surveying. It was
Leonhard Euler who fully incorporated complex numbers into trigonometry. The works of James
Gregory in the 17th century and Colin Maclaurin in the 18th century were influential in the
development of trigonometric series. Also in the 18th century, Brook Taylor defined the general
Taylor series.
Solution
The first trigonometric table was compiled by Hipparchus, who is now known as \"the father of
trigonometry.\"Sumerian astronomers studied angle measure, using a division of circles into 360
degrees.They and the Babylonians studied the ratios of the sides of similar triangles and
discovered some properties of these ratios, but did not turn that into a systematic method for
finding sides and angles of triangles. The ancient Nubians used a similar method. The ancient
Greeks transformed trigonometry into an ord.
The apparent mode of inheritance if Autosomal Dominant Inheritance .pdf
The apparent mode of inheritance if Autosomal Dominant Inheritance: the reason if that, in the
pedigree of this family only one copy of the HNPCC allele is present on male individual. There
are 50% chances for HNPCC to occur on the male and female offspring of this male individual.
All the diseased offspring has at least one parent carrying the dominant allele. We can also see
that the transfer of HNPCC allele occurs from male to male.
Colorectal cancer is affected by the age. Usually it occurs at the age of 50 years or above. But
there have been cases where it was diagnosed at a very young age, as young as 31 years, just like
in the given example. The reason behind such wide range of age is the inheritance of the disease.
As the disease is inherited, the chances of it increase and thus it can be seen at a very young age.
The risk of HNPCC increases two or three times with the family history in comparison to
without the family history. Other factors that might affect the wide range are Environmental
effect, diet and food habits.
Solution
The apparent mode of inheritance if Autosomal Dominant Inheritance: the reason if that, in the
pedigree of this family only one copy of the HNPCC allele is present on male individual. There
are 50% chances for HNPCC to occur on the male and female offspring of this male individual.
All the diseased offspring has at least one parent carrying the dominant allele. We can also see
that the transfer of HNPCC allele occurs from male to male.
Colorectal cancer is affected by the age. Usually it occurs at the age of 50 years or above. But
there have been cases where it was diagnosed at a very young age, as young as 31 years, just like
in the given example. The reason behind such wide range of age is the inheritance of the disease.
As the disease is inherited, the chances of it increase and thus it can be seen at a very young age.
The risk of HNPCC increases two or three times with the family history in comparison to
without the family history. Other factors that might affect the wide range are Environmental
effect, diet and food habits..
It is false sinceleft side should be mu(nd)SolutionIt is fa.pdf
It is false since
left side should be mu(n/d)
Solution
It is false since
left side should be mu(n/d).
sorry , the figure is not given ion the question , so unable to solv.pdf
sorry , the figure is not given ion the question , so unable to solve
Solution
sorry , the figure is not given ion the question , so unable to solve.
Solution 2A mutual fund is a pool of shares, bonds and other secu.pdf
Solution
2:
A mutual fund is a pool of shares, bonds and other securities owned by fund shareholders.Mutual
fund is externally managed and it has no employee in traditional sense. The main service
providers to a mutual fund are either affilliate organizations or indendent vendors like distributor,
custodian, transfer agent, investment advisore etc. Mutual fund relies on these third parties to
invest money of funds and perform other business activities.
All mutual funds are required to have a board of directors..
Response varaible is weight of shrimp.Explanatory variables are te.pdf
Response varaible is weight of shrimp.
Explanatory variables are temperatures and levels of salinity.
Treatment is raising the shrimp in containers with specified water temperatures and salinity
levels.
Solution
Response varaible is weight of shrimp.
Explanatory variables are temperatures and levels of salinity.
Treatment is raising the shrimp in containers with specified water temperatures and salinity
levels..
Runoff ratio = amount of runoff amount of precipitation received.pdf
Runoff ratio = amount of runoff / amount of precipitation received
Amount of runoff= Runoff ratio * amount of precipitation received = 0.3 * 1000 = 300 mm
Amount of water evapo-transpired = 1000 - 300 = 700 mm in a year.
Solution
Runoff ratio = amount of runoff / amount of precipitation received
Amount of runoff= Runoff ratio * amount of precipitation received = 0.3 * 1000 = 300 mm
Amount of water evapo-transpired = 1000 - 300 = 700 mm in a year..
pH = pka + log(conjugate base acid) = - log (6.310^-5) + .pdf
pH = pka + log(conjugate base / acid)
= - log (6.3*10^-5) + log (0.050 * 10.0 / 0.0250 * 40.0)
= 4.20 - 0.301
= 3.90
Solution
pH = pka + log(conjugate base / acid)
= - log (6.3*10^-5) + log (0.050 * 10.0 / 0.0250 * 40.0)
= 4.20 - 0.301
= 3.90.
Pressure of the ozone gas = 2.28 torrTemperature, T = 250 KVolum.pdf
Pressure of the ozone gas = 2.28 torr
Temperature, T = 250 K
Volume = 1.0 L
Solution
Pressure of the ozone gas = 2.28 torr
Temperature, T = 250 K
Volume = 1.0 L.
AnswerBoth I-1 & I-2 are heterozgous. A cross between two hetrozy.pdf
Answer:
Both I-1 & I-2 are heterozgous. A cross between two hetrozygous produces homozygous
dominant (1/4), heterozygous (1/2) and homozygous recessive (1/4)
The fraction of heterozygous progeny out of 3/5 = (1/2) /(3/5) = 1/2 * 3/5 = 3/10
Solution
Answer:
Both I-1 & I-2 are heterozgous. A cross between two hetrozygous produces homozygous
dominant (1/4), heterozygous (1/2) and homozygous recessive (1/4)
The fraction of heterozygous progeny out of 3/5 = (1/2) /(3/5) = 1/2 * 3/5 = 3/10.
NPR-1 is required for regulating anxiety, food consumption, social a.pdf
NPR-1 is required for regulating anxiety, food consumption, social and solitary feeding, in
regulating social behaviour and sensing pain. Indirectly, food is the main factor in the solitary or
social behaviour. The nematode with wild type npr-1, move slowly and disperse all over, while
mutant npr-1 move rapidly and aggregate together at the border (the phenomen called as
bordering). This behaviour in locomotion is the main cause of social or solitary behaviour.
Solution
NPR-1 is required for regulating anxiety, food consumption, social and solitary feeding, in
regulating social behaviour and sensing pain. Indirectly, food is the main factor in the solitary or
social behaviour. The nematode with wild type npr-1, move slowly and disperse all over, while
mutant npr-1 move rapidly and aggregate together at the border (the phenomen called as
bordering). This behaviour in locomotion is the main cause of social or solitary behaviour..
Molecular weight of NH3 = 14+3 = 17 No. of moles = 2717 No..pdf
Molecular weight of NH3 = 14+3 = 17
No. of moles = 27/17
No. of molecules = 27/17*6.022*1023 = 9.56*1023 mol3cules
Solution
Molecular weight of NH3 = 14+3 = 17
No. of moles = 27/17
No. of molecules = 27/17*6.022*1023 = 9.56*1023 mol3cules.
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let 1x = z So -1x^2 dx =dz I =- int e^z dz = -.pdf
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I believe you do. I recall most reactants used i.pdf
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hello When you add NaOH to benzoic acid a neutra.pdf
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When a new species like methanofloresn stordalenmiresnsis is discove.pdf
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When You connect a host to a switch, the host is capable only of hal.pdf
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treatment of childhood disorders is difficult because children hide .pdf
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The communication channel consists of the below procedure how the co.pdf
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The first trigonometric table was compiled by Hipparchus, who is now.pdf
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The apparent mode of inheritance if Autosomal Dominant Inheritance .pdf
The apparent mode of inheritance if Autosomal Dominant Inheritance .pdf
It is false sinceleft side should be mu(nd)SolutionIt is fa.pdf
It is false sinceleft side should be mu(nd)SolutionIt is fa.pdf
sorry , the figure is not given ion the question , so unable to solv.pdf
sorry , the figure is not given ion the question , so unable to solv.pdf
Solution 2A mutual fund is a pool of shares, bonds and other secu.pdf
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Response varaible is weight of shrimp.Explanatory variables are te.pdf
Response varaible is weight of shrimp.Explanatory variables are te.pdf
Runoff ratio = amount of runoff amount of precipitation received.pdf
Runoff ratio = amount of runoff amount of precipitation received.pdf
pH = pka + log(conjugate base acid) = - log (6.310^-5) + .pdf
pH = pka + log(conjugate base acid) = - log (6.310^-5) + .pdf
Pressure of the ozone gas = 2.28 torrTemperature, T = 250 KVolum.pdf
Pressure of the ozone gas = 2.28 torrTemperature, T = 250 KVolum.pdf
AnswerBoth I-1 & I-2 are heterozgous. A cross between two hetrozy.pdf
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NPR-1 is required for regulating anxiety, food consumption, social a.pdf
NPR-1 is required for regulating anxiety, food consumption, social a.pdf
Molecular weight of NH3 = 14+3 = 17 No. of moles = 2717 No..pdf
Molecular weight of NH3 = 14+3 = 17 No. of moles = 2717 No..pdf
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conductivity = k. no of ions in solution NaI = N.pdf
- 1. conductivity = k. no of ions in solution NaI = Na+ + I- = 2 species K2SO4 = 2K+ + SO42- = 3 species conductivity 0.015 M K2SO4 = 3 x 12000 /2 = 18,000 units Solution conductivity = k. no of ions in solution NaI = Na+ + I- = 2 species K2SO4 = 2K+ + SO42- = 3 species conductivity 0.015 M K2SO4 = 3 x 12000 /2 = 18,000 units