37 diplomats from New Zealand, Australia, Fiji, Tonga, Samoa and the .pdf
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37 diplomats from New Zealand, Australia, Fiji, Tonga, Samoa and the Cook Islands went out to dinner together after a South Pacific Forum meeting. Can we be certain that one country was represented by at least 7 diplomats? (i) First identify the pigeonholes: The countries (What they had for dinner The diplomats (ii) The answer: Yes we can be certain O No we can\'t be certain Consider the pigeonholes {1, 99}, {3,97}, {5,95},... {49, 51} - i.e. all pairs of positive odd numbers adding to 100. Can we be certain that in any set of 25 different positive odd numbers, all less than 100, there is a pair of numbers whose sum is 100. Consider the pigeonholes {1}, {3,99}, {5,97},... {49,53}, {51}-which contain all positive odd numbers less than 100. Two of these are \"singletons\" containing just one number, while the remainder contain a pair adding to 102. Can we be certain that in any set of 27 different positive odd numbers, all less than 100, there is a pair of numbers whose sum is 102? Solution The pigeonhole principle states that if n items are put into m containers, with n > m, then at least one container must contain more than one item (a) (i) Here Diplomats are the pigeons (ii)No,we cannot be certain that one country would be represented by atleat 7 diplomats but we can be certain that atleast one country would be having more than one diplomat. (b) Yes,we can be sure of that. (c) No, we cannot be absolutely sure of that because we can have 27 different positive odd numbers which does not include any pair whose sum is 102..
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Examine the following code fragment Which line contains the actual .pdf
Examine the following code fragment: Which line contains the actual arguments of the function
foo? Line 5 Line 3 Line 4 Line 6 Line 1 Line 2
Solution
Ans)Line 6
Reason:
we declared and initialized \'a\' and \'b\' variables with values and we are calling the foo()
function by passing them as arguments in line 6.
In line 1 ,We call foo(int x ,int y) as function having parameters.
Discuss Paul Beamish’s checklist for international joint venture suc.pdf
Discuss Paul Beamish’s checklist for international joint venture success. What do you think is
the most important part of the checklist? Why? Is there anything you would add to the checklist?
Solution
International joint ventures are very important to gain the advantage of the competencies of each
other. But, there are many other important factors that need attention before going for such
strategic alliance. Paul Beamish gave a checklist as a formula of success for international joint
ventures. He enlisted many factors that ranges from the sharing of objectives to compatibility in
cultural differences. Some of the points of check list are as following:
According to Paul Beamish, International joint ventures are not only about coming together for
completion of a common objective but also it ask more from each partner. It requires synergy
that tells that output of joint venture must be more than the sum of their parts. It can only happen
when partners complement each other in every aspects.
One of the most important factor in check list is related to cultural differences. Because, it is the
biggest hurdle in building communication and synergy development in joint ventures. Lack of
understanding and feeling of “Ethnocentrism” never bring partners together and very existence
of joint venture comes in to danger.
I would like to add the behavioral traits of the management leaders and their commitment in the
already broadened checklist..
During phagocytosis, cellular membrane projections will wrap aroun.pdf
During phagocytosis, cellular membrane projections will \"wrap around\" a target. What are
these cellular projections called?
Solution
The process of phagocytosis was first noticed by William Osler in 1876. Phagocytosis is a
process in which cell engulfs a particle, digests it and expels the waste products.
In case of single celled organisms, phagocytosis is the process of feeding (example in amoeba),
where as in multicellular organisms it forms the first line of defense system as in immune
process (immune cell such macrophage).
The cellular projections are called as pseudopodia (false feet)..
During what process do two haploid nuclei within a heterokaryotic fun.pdf
During what process do two haploid nuclei within a heterokaryotic fungal cell fuse?
Fertilization Gametogenesis Plasmogamy Karyogamy This process does not occur in fungi
Which of the following best describes the role of fungi in an ecosystem? Producers Herbivores
Carnivores Decomposers Autotrophs Which of the following statements comparing fungal and
animal nutrition is/are correct? Select all correct choices. Fungi and animals are both
heterotrophs. Fungi and animals both actively move through the environment in search of food.
Fungi digest and then absorb food, whereas animals absorb and then digest food. Fungi are able
to break down cellulose, whereas animals can\'t break down cellulose. Fungi and animals both
absorb the nutrients that can cross their cell walls. Fungi and animals both ingest their food prior
to digestion.
Solution
Q.4 Ans-C plasmogamy
Plasmogamy is life cycle stage in fungi sexual reproduction. During plasmogamy the cytoplasm
of the 2[two] parent cells are fuses together without a fusion of the nuclei and effectively
bringing 2[two] haploid nuclei near together in same cell, next stage is karyogamy,in this stage
two nuclei fudsed together & undergo meiosis, so that they produce spores. dikaryotic state
comes after the plasmogamy stage, and dikaryotic stage frequently persist for too many
generations,and before fungi undergoes for karyogamy. And lower fungi group plasmogamy is
immediately & usually followed by the karyogam
Q.5 Ans-D decomposer
Fungi play important role in ecosystem in several ways, like-Decomposer- is very important to
decomposition of plant and animal dead organic matter in ecosystem, by using degradative
enzyme to hydrolysis of complex organic matter. It this process Saprophytic fungi play important
role, and decomposition necessary for life, Such as oxygen carbon nitrogen cycles. By the
breaking-down dead organic matter,the fungi release [oxygen carbon nitrogen ] into soil &a
tmosphere.Another role is Mutualistic relationship-for example-Lichen [fungal + algae] algae
provide food for fungi by photosynthesis and fungi absorbed essential nutrient to algae for
complete mutualistic life of liches. Another fungi also grow in plant root, they absorbed nutrient
for plant and in exchange sugars and amino acide fungi take from palnt.
Q.6 Ans
1. correct-Fungi and animals both are heterotrophs because they depend on plant for obtaining
nutrient and energy and oxygen for survival.
2. wrong- only animal can move actively not fungi because in fungi they using hyphae or
mycelium to reach to food, that’s way fungi is in different category in domain
3.wrong statement-, in animal mode of nutrient is ingestion than digestion than absorb through
stomach wall cell, fungi usually decomposition of dead organic matter and digestion and mode
of nutrient in fungi are absorption
4.correct- fungi are capable in degrading plant cellulose because they secrete cellulase enzyme to
break-down of cellulose into less complex form but in .
Describe the most diverse and abundant group of animals on Earth..pdf
Describe the most diverse and abundant group of animals on Earth.
Solution
Arthopods are the most diverse groupdominating earth in terms of number of species and
abundance of species occupying almose every concievable niches.
The phylum includes insects, arachinids(spiders mites , crustaceans (crabs, shrimps, lobesters) ,
millipedes and centipedes . The phylum has its own characteristic features like exoskelton ,
bilateral symmetry and jointed appandages .
The most common classes in the phylum arthopoda are
Crustacea,
Arachinida
Chilopoda
Diplopoda
Hope it helps, GoodLuck
Regards...
Compare and contrast formal groups and informal groups. Explain the .pdf
Compare and contrast formal groups and informal groups. Explain the importance of leadership
in both types of groups.
Solution
best example for a formal group is organisation or company. here all the members are joied
officially and the roles and responsibilites are defined by the employer. one more definintion to
group is \"combinig different teams is called group\". in an organisation there are many teams
like technical team, sales team, production team, finance team and so on. but all together they
works for a common goal. to achieve official goals and risky targets people works together.
when it comes to informal groups they participate voluntarily and perform different activites
which are needed to a community or society as a whole. one of the example is red cross society
and all NGO,s. these are plays very important role in the areas where the organised sector missed
to focus and where the government is not able to serve.
in fromal groups the leadership carries with some authority and power, then only people will
follow and perform. but in informal groups the leadership will be consultative and every one is a
leader here. the majority of them who votes for it, that strategy is going to be implement..
Can yyou answer number 5 please advance genetic As discussed in clas.pdf
Can yyou answer number 5 please advance genetic As discussed in class, the dark (melanic)
form of the peppered moth, Biston betularia, has a survival advantage in industrialized regions.
The melanic allele is dominant to the typical (light) allele. In a particular forest within an
industrialized region, the frequency of the melanic allele is 0.7 and the typical allele is 0.3. The
light form of moths have a reproductive success that 47% that of the dark form. What will the
allele frequencies be after one generation of selection? Given a population that up to now had
been in Hardy-Weinberg equilibrium. Assume two alleles, one locus, rho = 0.5, and distinctly
different (and unambiguous) phenotypes associated with each genotype. Now assume internal
fertilization and that all matings over one generation are 100% assortative with regard to the trait
in question. What are the genotype frequencies before the round of assortative mating? What are
the genotype frequencies in the generation that follows this round of assortative mating?
Solution
A) The genotype frequencies during the Hardy-Weinberg equlibrium must be favouring
heterozygosity i.e. any individual with any given genotype has the equal chance of mating with
another individual of any given genotype. The equlibrium of individual allele frequencies and the
proportion of the various genotypic combinations is established when p value statistically
significant value is 0.5 the disimilar genotypic populations mates together.
B) Assortive mating leads to an over abundance of homozygous individuals Which are likely to
share similar genotypes as When matings of similar phenotypes occur more frequently than by
random chance, the likelihood of offspring receiving two copies of an identical allele increases,
disrupting the Hardy-Weinberg expectations.
There will be the increase in total population variance as homozygosity will be increased for
example if we have a trait controlled by 2 loci then at equilibrium would deviate one from
another significantly.
Assortative mating can act as a powerful mechanism for genetic change in a population specially
where phenotype can be attributed to the interaction at 2 loci with no dominance, it is easier that
100% assortative mating results in an overall increase in homozygosity and total population
variance thus affecting genotype frequencies..
Chapter Newryws Questions Distinguish between a blastula, a blastomer.pdf
Chapter Newryws Questions Distinguish between a blastula, a blastomere, a blastopore, and a
blastocoel 2. What happers at the mid blastula transition 1.Which part of the xenopM blastula
becomes the mesodenm Where does the dorsal lip tissue end up when uenopa gastrulation is
finished 5. Where does the vegetal pole end up when gatrulationisfinished? 6. How is the comral
nervous system formed? Where does the neural crest come from and what does it bocome? &
What are the main tissue types formed from the mesodem? 9. What happens during the cortical
routine? What is the principal determinant for endodamm formation What are the main
mesodem-inducing factors in Menopw?
Solution
Answer1]
Distinguish between
1] Blastula = Is a hollow sphere of cells blastomeres surrounding an inner fluid filled cavity
called blastocoel formed during an early stage of embryonic development in animals
2] Blastomere= Is a type of cells formed by cleavage of zygote after fertilization
Thase are important parts of blastula
3] blastopore= Animals that undergoes gastrulation during development will form a gastrula with
two i.e diploblastic or 3 i.e triploblastic germ layers additionally gastrula has opening called as
blastopore
4] Blastocoel = Is a fluid filled cavity of blastula
Results from oocyte after fertilization.
Recommended
Examine the following code fragment Which line contains the actual .pdf
Examine the following code fragment: Which line contains the actual arguments of the function
foo? Line 5 Line 3 Line 4 Line 6 Line 1 Line 2
Solution
Ans)Line 6
Reason:
we declared and initialized \'a\' and \'b\' variables with values and we are calling the foo()
function by passing them as arguments in line 6.
In line 1 ,We call foo(int x ,int y) as function having parameters.
Discuss Paul Beamish’s checklist for international joint venture suc.pdf
Discuss Paul Beamish’s checklist for international joint venture success. What do you think is
the most important part of the checklist? Why? Is there anything you would add to the checklist?
Solution
International joint ventures are very important to gain the advantage of the competencies of each
other. But, there are many other important factors that need attention before going for such
strategic alliance. Paul Beamish gave a checklist as a formula of success for international joint
ventures. He enlisted many factors that ranges from the sharing of objectives to compatibility in
cultural differences. Some of the points of check list are as following:
According to Paul Beamish, International joint ventures are not only about coming together for
completion of a common objective but also it ask more from each partner. It requires synergy
that tells that output of joint venture must be more than the sum of their parts. It can only happen
when partners complement each other in every aspects.
One of the most important factor in check list is related to cultural differences. Because, it is the
biggest hurdle in building communication and synergy development in joint ventures. Lack of
understanding and feeling of “Ethnocentrism” never bring partners together and very existence
of joint venture comes in to danger.
I would like to add the behavioral traits of the management leaders and their commitment in the
already broadened checklist..
During phagocytosis, cellular membrane projections will wrap aroun.pdf
During phagocytosis, cellular membrane projections will \"wrap around\" a target. What are
these cellular projections called?
Solution
The process of phagocytosis was first noticed by William Osler in 1876. Phagocytosis is a
process in which cell engulfs a particle, digests it and expels the waste products.
In case of single celled organisms, phagocytosis is the process of feeding (example in amoeba),
where as in multicellular organisms it forms the first line of defense system as in immune
process (immune cell such macrophage).
The cellular projections are called as pseudopodia (false feet)..
During what process do two haploid nuclei within a heterokaryotic fun.pdf
During what process do two haploid nuclei within a heterokaryotic fungal cell fuse?
Fertilization Gametogenesis Plasmogamy Karyogamy This process does not occur in fungi
Which of the following best describes the role of fungi in an ecosystem? Producers Herbivores
Carnivores Decomposers Autotrophs Which of the following statements comparing fungal and
animal nutrition is/are correct? Select all correct choices. Fungi and animals are both
heterotrophs. Fungi and animals both actively move through the environment in search of food.
Fungi digest and then absorb food, whereas animals absorb and then digest food. Fungi are able
to break down cellulose, whereas animals can\'t break down cellulose. Fungi and animals both
absorb the nutrients that can cross their cell walls. Fungi and animals both ingest their food prior
to digestion.
Solution
Q.4 Ans-C plasmogamy
Plasmogamy is life cycle stage in fungi sexual reproduction. During plasmogamy the cytoplasm
of the 2[two] parent cells are fuses together without a fusion of the nuclei and effectively
bringing 2[two] haploid nuclei near together in same cell, next stage is karyogamy,in this stage
two nuclei fudsed together & undergo meiosis, so that they produce spores. dikaryotic state
comes after the plasmogamy stage, and dikaryotic stage frequently persist for too many
generations,and before fungi undergoes for karyogamy. And lower fungi group plasmogamy is
immediately & usually followed by the karyogam
Q.5 Ans-D decomposer
Fungi play important role in ecosystem in several ways, like-Decomposer- is very important to
decomposition of plant and animal dead organic matter in ecosystem, by using degradative
enzyme to hydrolysis of complex organic matter. It this process Saprophytic fungi play important
role, and decomposition necessary for life, Such as oxygen carbon nitrogen cycles. By the
breaking-down dead organic matter,the fungi release [oxygen carbon nitrogen ] into soil &a
tmosphere.Another role is Mutualistic relationship-for example-Lichen [fungal + algae] algae
provide food for fungi by photosynthesis and fungi absorbed essential nutrient to algae for
complete mutualistic life of liches. Another fungi also grow in plant root, they absorbed nutrient
for plant and in exchange sugars and amino acide fungi take from palnt.
Q.6 Ans
1. correct-Fungi and animals both are heterotrophs because they depend on plant for obtaining
nutrient and energy and oxygen for survival.
2. wrong- only animal can move actively not fungi because in fungi they using hyphae or
mycelium to reach to food, that’s way fungi is in different category in domain
3.wrong statement-, in animal mode of nutrient is ingestion than digestion than absorb through
stomach wall cell, fungi usually decomposition of dead organic matter and digestion and mode
of nutrient in fungi are absorption
4.correct- fungi are capable in degrading plant cellulose because they secrete cellulase enzyme to
break-down of cellulose into less complex form but in .
Describe the most diverse and abundant group of animals on Earth..pdf
Describe the most diverse and abundant group of animals on Earth.
Solution
Arthopods are the most diverse groupdominating earth in terms of number of species and
abundance of species occupying almose every concievable niches.
The phylum includes insects, arachinids(spiders mites , crustaceans (crabs, shrimps, lobesters) ,
millipedes and centipedes . The phylum has its own characteristic features like exoskelton ,
bilateral symmetry and jointed appandages .
The most common classes in the phylum arthopoda are
Crustacea,
Arachinida
Chilopoda
Diplopoda
Hope it helps, GoodLuck
Regards...
Compare and contrast formal groups and informal groups. Explain the .pdf
Compare and contrast formal groups and informal groups. Explain the importance of leadership
in both types of groups.
Solution
best example for a formal group is organisation or company. here all the members are joied
officially and the roles and responsibilites are defined by the employer. one more definintion to
group is \"combinig different teams is called group\". in an organisation there are many teams
like technical team, sales team, production team, finance team and so on. but all together they
works for a common goal. to achieve official goals and risky targets people works together.
when it comes to informal groups they participate voluntarily and perform different activites
which are needed to a community or society as a whole. one of the example is red cross society
and all NGO,s. these are plays very important role in the areas where the organised sector missed
to focus and where the government is not able to serve.
in fromal groups the leadership carries with some authority and power, then only people will
follow and perform. but in informal groups the leadership will be consultative and every one is a
leader here. the majority of them who votes for it, that strategy is going to be implement..
Can yyou answer number 5 please advance genetic As discussed in clas.pdf
Can yyou answer number 5 please advance genetic As discussed in class, the dark (melanic)
form of the peppered moth, Biston betularia, has a survival advantage in industrialized regions.
The melanic allele is dominant to the typical (light) allele. In a particular forest within an
industrialized region, the frequency of the melanic allele is 0.7 and the typical allele is 0.3. The
light form of moths have a reproductive success that 47% that of the dark form. What will the
allele frequencies be after one generation of selection? Given a population that up to now had
been in Hardy-Weinberg equilibrium. Assume two alleles, one locus, rho = 0.5, and distinctly
different (and unambiguous) phenotypes associated with each genotype. Now assume internal
fertilization and that all matings over one generation are 100% assortative with regard to the trait
in question. What are the genotype frequencies before the round of assortative mating? What are
the genotype frequencies in the generation that follows this round of assortative mating?
Solution
A) The genotype frequencies during the Hardy-Weinberg equlibrium must be favouring
heterozygosity i.e. any individual with any given genotype has the equal chance of mating with
another individual of any given genotype. The equlibrium of individual allele frequencies and the
proportion of the various genotypic combinations is established when p value statistically
significant value is 0.5 the disimilar genotypic populations mates together.
B) Assortive mating leads to an over abundance of homozygous individuals Which are likely to
share similar genotypes as When matings of similar phenotypes occur more frequently than by
random chance, the likelihood of offspring receiving two copies of an identical allele increases,
disrupting the Hardy-Weinberg expectations.
There will be the increase in total population variance as homozygosity will be increased for
example if we have a trait controlled by 2 loci then at equilibrium would deviate one from
another significantly.
Assortative mating can act as a powerful mechanism for genetic change in a population specially
where phenotype can be attributed to the interaction at 2 loci with no dominance, it is easier that
100% assortative mating results in an overall increase in homozygosity and total population
variance thus affecting genotype frequencies..
Chapter Newryws Questions Distinguish between a blastula, a blastomer.pdf
Chapter Newryws Questions Distinguish between a blastula, a blastomere, a blastopore, and a
blastocoel 2. What happers at the mid blastula transition 1.Which part of the xenopM blastula
becomes the mesodenm Where does the dorsal lip tissue end up when uenopa gastrulation is
finished 5. Where does the vegetal pole end up when gatrulationisfinished? 6. How is the comral
nervous system formed? Where does the neural crest come from and what does it bocome? &
What are the main tissue types formed from the mesodem? 9. What happens during the cortical
routine? What is the principal determinant for endodamm formation What are the main
mesodem-inducing factors in Menopw?
Solution
Answer1]
Distinguish between
1] Blastula = Is a hollow sphere of cells blastomeres surrounding an inner fluid filled cavity
called blastocoel formed during an early stage of embryonic development in animals
2] Blastomere= Is a type of cells formed by cleavage of zygote after fertilization
Thase are important parts of blastula
3] blastopore= Animals that undergoes gastrulation during development will form a gastrula with
two i.e diploblastic or 3 i.e triploblastic germ layers additionally gastrula has opening called as
blastopore
4] Blastocoel = Is a fluid filled cavity of blastula
Results from oocyte after fertilization.
A TATA box and a terminator sequence would apply to what part of the.pdf
A TATA box and a terminator sequence would apply to what part of the diagram?
Solution
A TATA box and a terminator sequence will apply to the three basic processes of transcription
i.e. initiation , elongation and termination.The TATA box is a promoter which is seen in
initiation phase.The whole process of transcription ends with termination, the polymerase
eventually falls off the DNA..
A typical American 15 year old boy weighed 135.5 in 1966 and 150 in .pdf
A typical American 15 year old boy weighed 135.5 in 1966 and 150 in 2002. This change in
phenotype over the last decades can be attributed mainly due to:
a. environmental effects
b. x-linkage
c. polygenic inheritance patterns
d. Y chromosome linked genes
e. an autosomal recessive disorder
Solution
A typical American 15 year old boy weighed a.135.5 in 1966 and 150 in 2002. This change in
phenotype over the last decades can be attributed mainly due to:
a..Environmental effects.
The reason for increase in the weight of the children can be mainly attributed to the change in the
dietary pattern, consumption of fast food and sugary beverages coupled with lack of exercise and
addiction to internet..
A comb function x(t) = comb_2 (t) is the input to a lowpass filter wi.pdf
A comb function x(t) = comb_2 (t) is the input to a lowpass filter with frequency response H(f)
= {1 - |f|, |f|
Solution
Implementation of SAP SCM Modules for DP, SNP, EIS
Regions, US, Canada, Mexico, Chile, Peru, Columbia and Venezuela.
Provide technical solution leadership to the Program Director, Project Managers and GSLT
Manage IS and vendor stakeholder relationships relevant to the technical solution
Ensure technical project and product meet governance, security and CARM guidelines
Ensure product is accepted into the support organization
Provide status and support to Project Managers in the above activities.
You are using the Recovery Console to repair a damaged Windows XP ma.pdf
You are using the Recovery Console to repair a damaged Windows XP machine. You want to
write a new partition table from the backup Master File Table. What command do you use in
Recovery Console?
A. DISKPART
B. FIXBOOT
C. FIXMBR
D. SYSTEMROOT
Solution
B. FIXBOOT
FIXBOOT lets you perform the desired task. FIXBOOT lets you perform the desired task..
You have a script called ~hello.sh in your home directory. Write a .pdf
You have a script called ~/hello.sh in your home directory. Write a command to give yourself the
permissions to execute the file ~/hello.sh, without changing the existing permissions of ‘others’
Solution
in unix
use the below command
you can also use commands with some variation i am including them in a table below
The first and probably easiest way is the relative (or symbolic) method, which lets you specify
access classes and types with single letter abbreviations. A chmod command with this form of
syntax consists of at least three parts from the following lists:Access ClassOperatorAccess
Typeu (user)+ (add access)r (read)g (group)- (remove access)w (write)o (other)= (set exact
access).
Which processes directly result in a gene being expressed as a prote.pdf
Transcription, splicing, and translation directly result in a gene being expressed as a protein. Transcription is the process where DNA is copied into messenger RNA. Splicing removes introns from the messenger RNA. Translation is where the ribosome reads the messenger RNA to produce a protein. Other listed processes like meiosis, DNA replication, and recombination do not directly express genes as proteins.
Which of the following statements would more likely be an ethical ego.pdf
Which of the following statements would more likely be an ethical egoist\'s motto? Avoid pain
at all costs. Do unto other as you would have them do unto you. Do what you feel strongly
about. Look out for yourself.
Solution
d is the answer as it satisfies the idea of self interest and has a humble modest tone..
Why did eagle populations decline in the 1960s Why do eagles cong.pdf
Why did eagle populations decline in the 1960\"s? Why do eagles congregate at the Shepaug
River and Hudson Rivers in winter? When do they reproduce? What are their nests like? How
many young do they have and when do they hatch out? What types of behavior do adult eagles
engage in in winter? What percent of the time do they spend searching for food? What habitat
do they prefer for nesting sites? Why?
Solution
Answer:
1. Why did eagle populations decline in 1960s: Different reasons contributed to a steep decline in
Eagle population in 1960s:
- More than 100,000 bald eagles were killed in Alaska from 1917 to 1953 as Alaskan Salmon
fisherman feared that Eagles were a threat to the Salmon population
- In the 1950’s the insecticide DDT (dichlorodiphenyltrichloroethane) was introduced and used
widely to combat a broad spectrum of insect pests. DDT was indiscriminately used and it caused
serious environmental effects DDT interferes with the calcium processing of birds and results in
deformed eggshells. The chemical by products of DDT persisted in the aquatic ecosystem long
after its application. Since bald eagles are at the top of the aquatic food chain and feed primarily
on fish, they received concentrated doses of the chemical. When the female eagle laid a thin,
deformed eggshell, she crushed it under her own weight when incubating the egg. Since bald
eagles pairs breed only once per year, with many bald eagle pairs not reproducing successfully,
the bald eagle population declined steeply throughout the 1960’s and 1970’s.
2.Why do eagles congregrate at the Shepaug River and Hudson river in the winters.
The same elements that support breeding pairs - clean air and water, ample food supply, large
undisturbed stands of trees - also attract bald eagles looking for a winter home.
The Hudson River region still provides tracts of relatively undisturbed land for roosting,
perching and nesting.These habitats are especially attractive during winter, when human activity
is limited.
Each year, bald eagles migrate from their northern nesting areas to New York\'s rivers and
reservoirs in search of open water, food and roosting sites. Even during the coldest months, open
water can be found near power plants that discharge water during energy production, or where
the natural flows of tributaries enter the river. In recent winters, more than 100 wintering eagles
have been counted along the lower Hudson.In recent years, the stretch of the Hudson from
Kingston to Croton has been increasingly popular with bald eagles, probably because sections of
the river are kept open by discharges from power plants, and railroad tracks provide an ample
supply of dead animals (carrion) for scavenging eagles.
3. When do they reproduce? What are their nests like? How many young do they have and when
do they hatch out?
An eagle is sexually mature and ready to breed at about 4 to 5 years of age. For bald eagles, the
complete white head and tail are signs of sexual maturity. Golden eagles.
why can isolated colonies from a mixed culture be used to create a p.pdf
why can isolated colonies from a mixed culture be used to create a pure culture
Solution
An isolated Colony represents single bacterial strain whereas mixed culture may contain other
undesired organisms. Common assumption is an isolated Colony of bacteria is the progeny of a
single bacterial cell however this may not be necessarily true. Thats why the isolated colonies are
preferred over mixed colonies..
Which of the following is an example of an intensive property Mass .pdf
Which of the following is an example of an intensive property? Mass Pressure Volume Total
energy
Solution
An extensive property is a property that changes when the size of the sample changes. Examples
are mass, volume, length, and total charge.
An intensive property doesn\'t change when you take away some of the sample. Examples are
temperature, color, hardness, melting point, boiling point, pressure, molecular weight, and
density. Because intensive properties are sometimes characteristic of a particular material, they
can be helpful as clues in identifying unknown substances..
What does it mean for something to be a dynamical system What is .pdf
A dynamical system is a mathematical model of a system whose state changes over time. Dynamical systems are described using differential or difference equations. An example of a dynamical system that is sensitive to initial conditions is one that exhibits the butterfly effect, where small changes to the initial state can lead to large changes in the system's behavior over time.
What role does the Sarbanes Oxley Act of 2002 play in the financial .pdf
What role does the Sarbanes Oxley Act of 2002 play in the financial statements
Solution
SOX act lays new laws for the public company\'s board , management and accounting firms
It mandates that senior management takes responsibility of fairness and correct representation of
financial statements.
This act also lays laws regarding processes and procedures of compliance audit and inspecting .
Explicitly enhancement of financial statements like showing off balance sheet items and share
transaction of corporate officers..
What is a prime polynomial Give an example.SolutionPrime poly.pdf
What is a prime polynomial? Give an example.
Solution
Prime polynomial = A prime polynomial is a polynomial which has exactly two factor which is
(1) and itself known as
prime polynomial.
e.g(1) 2x^2 + 14x + 3
e.g(2) x
both are prime polynomial becaue if we want to calculate the two factor of these polynomial we
find [1 and itself ].
Answer.
What is the shell called that interacts to form chemical bonds What .pdf
What is the shell called that interacts to form chemical bonds? What is the \"octet rule\"? T/F:
Ionic bonds are stronger than covalent bonds, because they don\'t dissociate easily. Which group
has stronger electro negativity\'s: Carbon & Hydrogen, or, Oxygen & Nitrogen T/F: A
condensation reaction is the addition of water, causing two monomers, for example, to combine
and become a larger polymer.
Solution
Ans. 1 Valence shell
The outermost shell of an atom is called valence shell. The electrons in outermost shell
participates in formation of chemical bond.
Ans. 2 Octet rule: “An atom gains or loses electron to attain the nearest inert gas configuration.”
Ans. 3. False.
Explanation 1: Not all Ionic bonds are stronger than every covalent bond. Some ionic bond are
weaker than specific covalent bond and vice-versa.
Explanation 2: Ionic bonds are stronger because of greater columbic attraction between
oppositely charged ions.
Ans. 4. Oxygen & Nitrogen has stronger electronegativity as they tend to attract electrons to
complete their octet with greater force than those Carbon & hydrogen.
Ans. 5. False.
Condensation reaction is the removal of water.
For example, when two amino acids join by peptide bond, there is loss of one water molecule.
As a result, the mass of product is LESSER than sum of the reactants..
What do you see as a problem with classifying an object as the earl.pdf
What do you see as a problem with classifying an object as the \"earliest\" of its type?(Choose
one . On what authority does someone claim an object is the earliest? Another, earlier object can
be, and usually is, identified within a short period of time .The object might easily have served
some other purpose. .The object is not very important. Which of the following is NOT a
characteristic of Paleolithic humans? The creation of sophisticated artwork. The use of fire. The
development of an alphabet. The commemoration of events or people
Solution
The development of alphabet is not a characteristic of the Paleolithic era. It started around 5000
BCE whereas Paleolithic era which lasted from 2.6 million years ago to 12000 BCE.
Only these were the characteristics if the Paleolithic era
.==> Used simple tools made of wood
==> Learned to build fires and use them for various purposes using paintings.
==> Kept records of events and people and communicated using cave paintings..
To find the polynomial function, assume that the constant is 1. Multi.pdf
To find the polynomial function, assume that the constant is 1. Multiply the above factors and
simplify. f(x) = (x - 0)(x + 6) Note that this function is one of many correct answers.
Multiplying the function by any real nonzero constant will maintain the same zeros.
Solution
f (x) = (x – 0) (x + 6)= x(x+6) = x2 + 6x.
The origins of multiple sclerosis are not clear. What do scientist.pdf
The origins of multiple sclerosis are not clear. What do scientists hypothesize to be the causes of
multiple sclerosis.
The origins of multiple sclerosis are not clear. What do scientists hypothesize to be the causes of
multiple sclerosis.
Solution
Multiple sclerosis is an autoimmune & neurodegenerative disease in which, the myelin sheath
covering the neurons present in the central nervous system is degraded. As a result, there will be
decreased impulse conduction or loss of impulse conduction in that area. Depend upon the
affected area, the corresponding organs may suffer from paralysis because loss of neurons
communication specific regions. However, a majority of pathophysiological pathways has been
illustrated but various neuroscientists to examine theses demyelinating effects but they
profoundly failed to provide exact pathophysiology of multiple sclerosis
Multiple sclerosis is the demyelinating disorder in which “myelin of neurons” broken due to the
various factors in the both neonatal and child brain leading severe cognitive and sensory –motor
impairment due to the improper functioning of the flexion reflex. Potential medication and
associated treatment is very difficult as the specific drug molecules, which can act against this
gene coding proteins for the synthesis of myelin.
During multiple sclerosis, merely central nervous system with oligodendrocytes will be affected
thereby improper myelination around the CNS neurons. Schwann cells will not get affected
because these are myelin-producing cells in peripheral nervous system..
The multicellular gametophytes of mosses are haploid.TrueFalse2.Whic.pdf
The multicellular gametophytes of mosses are haploid.TrueFalse2.Which of the vascular plants
have swimming sperm and rely on liquid water in the environment to achieve fertilization?ferns,
horsetails, and gymnospermsgymnosperms and angiospermsmosses and gymnospermsferns,
horsetails, and mosses3.Which of the four major groups of gymnosperms currently has only a
single species?coniferscycadsgnetophytesginkgos4.A botanist discovers a new seed-forming
plant. She notices that this plant lacks a vascular cambium and has fibrous roots. What would be
the MOST likely placement of this plant? (Select all that apply.)among conifersamong
monocotsamong angiospermsamong eudicotsamong cycads5.What structures were present in the
earliest vascular plants? (Select all that apply.)multi-veined leavesextensive root
systemspigments to protect from UV-radiationcuticlesstomata6.The gymnosperm gnetophytes
are known to have diversified alongside early angiosperms in Cretaceous tropical forests. The
presence of what general features may account for the fact that tropical forests are dominated (in
terms of both ecological importance and diversity) by eudicots and monocots and not
gnetophytes today - i.e. which things give angiosperms an advantage? (Select all that
apply.)xylem with vessel elementstightly coevolved reproductive structures and animal
pollinatorsfruits dispersed by animalspollenswimming spermThe multicellular gametophytes of
mosses are haploid.TrueFalse
Solution
1. True. In liverworts dominant haploid generation is found whereas in case of vascular plants
the dominant generation is diploid sporophyte.
2. Option D is the correct answer. Seedless vascular plants have motile sperms and this is the
reason why these plants are found in moist environment.
3. Option D is the correct answer. Ginkgo has one surviving species. It is also known as living
fossil..
Residual properties are also known asExtensive propertiesSolutio.pdf
Residual properties are also known asExtensive properties
Solution
DEPARTURE FUNCTIONS are resudial properties.
In thermodynamics, a departure function is defined for any thermodynamic property as the
difference between the property as computed for an ideal gas and the property of the species as it
exists in the real world, for a specified temperature T and pressure P..
pathology!@ which of the following is among the risk factors (contri.pdf
pathology!@ which of the following is among the risk factors (contributory causes) of PTSD?
1. being male
2. being female.
3. being middle aged
4. relatively high level of education
Solution
2. being female.
Being female is a risk factor for PTSD since women have a higher prevalence of PTSD. They are
more prone to experience sexual violence compared to males..
Pengantar Penggunaan Flutter - Dart programming language1.pptx
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A TATA box and a terminator sequence would apply to what part of the.pdf
A TATA box and a terminator sequence would apply to what part of the diagram?
Solution
A TATA box and a terminator sequence will apply to the three basic processes of transcription
i.e. initiation , elongation and termination.The TATA box is a promoter which is seen in
initiation phase.The whole process of transcription ends with termination, the polymerase
eventually falls off the DNA..
A typical American 15 year old boy weighed 135.5 in 1966 and 150 in .pdf
A typical American 15 year old boy weighed 135.5 in 1966 and 150 in 2002. This change in
phenotype over the last decades can be attributed mainly due to:
a. environmental effects
b. x-linkage
c. polygenic inheritance patterns
d. Y chromosome linked genes
e. an autosomal recessive disorder
Solution
A typical American 15 year old boy weighed a.135.5 in 1966 and 150 in 2002. This change in
phenotype over the last decades can be attributed mainly due to:
a..Environmental effects.
The reason for increase in the weight of the children can be mainly attributed to the change in the
dietary pattern, consumption of fast food and sugary beverages coupled with lack of exercise and
addiction to internet..
A comb function x(t) = comb_2 (t) is the input to a lowpass filter wi.pdf
A comb function x(t) = comb_2 (t) is the input to a lowpass filter with frequency response H(f)
= {1 - |f|, |f|
Solution
Implementation of SAP SCM Modules for DP, SNP, EIS
Regions, US, Canada, Mexico, Chile, Peru, Columbia and Venezuela.
Provide technical solution leadership to the Program Director, Project Managers and GSLT
Manage IS and vendor stakeholder relationships relevant to the technical solution
Ensure technical project and product meet governance, security and CARM guidelines
Ensure product is accepted into the support organization
Provide status and support to Project Managers in the above activities.
You are using the Recovery Console to repair a damaged Windows XP ma.pdf
You are using the Recovery Console to repair a damaged Windows XP machine. You want to
write a new partition table from the backup Master File Table. What command do you use in
Recovery Console?
A. DISKPART
B. FIXBOOT
C. FIXMBR
D. SYSTEMROOT
Solution
B. FIXBOOT
FIXBOOT lets you perform the desired task. FIXBOOT lets you perform the desired task..
You have a script called ~hello.sh in your home directory. Write a .pdf
You have a script called ~/hello.sh in your home directory. Write a command to give yourself the
permissions to execute the file ~/hello.sh, without changing the existing permissions of ‘others’
Solution
in unix
use the below command
you can also use commands with some variation i am including them in a table below
The first and probably easiest way is the relative (or symbolic) method, which lets you specify
access classes and types with single letter abbreviations. A chmod command with this form of
syntax consists of at least three parts from the following lists:Access ClassOperatorAccess
Typeu (user)+ (add access)r (read)g (group)- (remove access)w (write)o (other)= (set exact
access).
Which processes directly result in a gene being expressed as a prote.pdf
Transcription, splicing, and translation directly result in a gene being expressed as a protein. Transcription is the process where DNA is copied into messenger RNA. Splicing removes introns from the messenger RNA. Translation is where the ribosome reads the messenger RNA to produce a protein. Other listed processes like meiosis, DNA replication, and recombination do not directly express genes as proteins.
Which of the following statements would more likely be an ethical ego.pdf
Which of the following statements would more likely be an ethical egoist\'s motto? Avoid pain
at all costs. Do unto other as you would have them do unto you. Do what you feel strongly
about. Look out for yourself.
Solution
d is the answer as it satisfies the idea of self interest and has a humble modest tone..
Why did eagle populations decline in the 1960s Why do eagles cong.pdf
Why did eagle populations decline in the 1960\"s? Why do eagles congregate at the Shepaug
River and Hudson Rivers in winter? When do they reproduce? What are their nests like? How
many young do they have and when do they hatch out? What types of behavior do adult eagles
engage in in winter? What percent of the time do they spend searching for food? What habitat
do they prefer for nesting sites? Why?
Solution
Answer:
1. Why did eagle populations decline in 1960s: Different reasons contributed to a steep decline in
Eagle population in 1960s:
- More than 100,000 bald eagles were killed in Alaska from 1917 to 1953 as Alaskan Salmon
fisherman feared that Eagles were a threat to the Salmon population
- In the 1950’s the insecticide DDT (dichlorodiphenyltrichloroethane) was introduced and used
widely to combat a broad spectrum of insect pests. DDT was indiscriminately used and it caused
serious environmental effects DDT interferes with the calcium processing of birds and results in
deformed eggshells. The chemical by products of DDT persisted in the aquatic ecosystem long
after its application. Since bald eagles are at the top of the aquatic food chain and feed primarily
on fish, they received concentrated doses of the chemical. When the female eagle laid a thin,
deformed eggshell, she crushed it under her own weight when incubating the egg. Since bald
eagles pairs breed only once per year, with many bald eagle pairs not reproducing successfully,
the bald eagle population declined steeply throughout the 1960’s and 1970’s.
2.Why do eagles congregrate at the Shepaug River and Hudson river in the winters.
The same elements that support breeding pairs - clean air and water, ample food supply, large
undisturbed stands of trees - also attract bald eagles looking for a winter home.
The Hudson River region still provides tracts of relatively undisturbed land for roosting,
perching and nesting.These habitats are especially attractive during winter, when human activity
is limited.
Each year, bald eagles migrate from their northern nesting areas to New York\'s rivers and
reservoirs in search of open water, food and roosting sites. Even during the coldest months, open
water can be found near power plants that discharge water during energy production, or where
the natural flows of tributaries enter the river. In recent winters, more than 100 wintering eagles
have been counted along the lower Hudson.In recent years, the stretch of the Hudson from
Kingston to Croton has been increasingly popular with bald eagles, probably because sections of
the river are kept open by discharges from power plants, and railroad tracks provide an ample
supply of dead animals (carrion) for scavenging eagles.
3. When do they reproduce? What are their nests like? How many young do they have and when
do they hatch out?
An eagle is sexually mature and ready to breed at about 4 to 5 years of age. For bald eagles, the
complete white head and tail are signs of sexual maturity. Golden eagles.
why can isolated colonies from a mixed culture be used to create a p.pdf
why can isolated colonies from a mixed culture be used to create a pure culture
Solution
An isolated Colony represents single bacterial strain whereas mixed culture may contain other
undesired organisms. Common assumption is an isolated Colony of bacteria is the progeny of a
single bacterial cell however this may not be necessarily true. Thats why the isolated colonies are
preferred over mixed colonies..
Which of the following is an example of an intensive property Mass .pdf
Which of the following is an example of an intensive property? Mass Pressure Volume Total
energy
Solution
An extensive property is a property that changes when the size of the sample changes. Examples
are mass, volume, length, and total charge.
An intensive property doesn\'t change when you take away some of the sample. Examples are
temperature, color, hardness, melting point, boiling point, pressure, molecular weight, and
density. Because intensive properties are sometimes characteristic of a particular material, they
can be helpful as clues in identifying unknown substances..
What does it mean for something to be a dynamical system What is .pdf
A dynamical system is a mathematical model of a system whose state changes over time. Dynamical systems are described using differential or difference equations. An example of a dynamical system that is sensitive to initial conditions is one that exhibits the butterfly effect, where small changes to the initial state can lead to large changes in the system's behavior over time.
What role does the Sarbanes Oxley Act of 2002 play in the financial .pdf
What role does the Sarbanes Oxley Act of 2002 play in the financial statements
Solution
SOX act lays new laws for the public company\'s board , management and accounting firms
It mandates that senior management takes responsibility of fairness and correct representation of
financial statements.
This act also lays laws regarding processes and procedures of compliance audit and inspecting .
Explicitly enhancement of financial statements like showing off balance sheet items and share
transaction of corporate officers..
What is a prime polynomial Give an example.SolutionPrime poly.pdf
What is a prime polynomial? Give an example.
Solution
Prime polynomial = A prime polynomial is a polynomial which has exactly two factor which is
(1) and itself known as
prime polynomial.
e.g(1) 2x^2 + 14x + 3
e.g(2) x
both are prime polynomial becaue if we want to calculate the two factor of these polynomial we
find [1 and itself ].
Answer.
What is the shell called that interacts to form chemical bonds What .pdf
What is the shell called that interacts to form chemical bonds? What is the \"octet rule\"? T/F:
Ionic bonds are stronger than covalent bonds, because they don\'t dissociate easily. Which group
has stronger electro negativity\'s: Carbon & Hydrogen, or, Oxygen & Nitrogen T/F: A
condensation reaction is the addition of water, causing two monomers, for example, to combine
and become a larger polymer.
Solution
Ans. 1 Valence shell
The outermost shell of an atom is called valence shell. The electrons in outermost shell
participates in formation of chemical bond.
Ans. 2 Octet rule: “An atom gains or loses electron to attain the nearest inert gas configuration.”
Ans. 3. False.
Explanation 1: Not all Ionic bonds are stronger than every covalent bond. Some ionic bond are
weaker than specific covalent bond and vice-versa.
Explanation 2: Ionic bonds are stronger because of greater columbic attraction between
oppositely charged ions.
Ans. 4. Oxygen & Nitrogen has stronger electronegativity as they tend to attract electrons to
complete their octet with greater force than those Carbon & hydrogen.
Ans. 5. False.
Condensation reaction is the removal of water.
For example, when two amino acids join by peptide bond, there is loss of one water molecule.
As a result, the mass of product is LESSER than sum of the reactants..
What do you see as a problem with classifying an object as the earl.pdf
What do you see as a problem with classifying an object as the \"earliest\" of its type?(Choose
one . On what authority does someone claim an object is the earliest? Another, earlier object can
be, and usually is, identified within a short period of time .The object might easily have served
some other purpose. .The object is not very important. Which of the following is NOT a
characteristic of Paleolithic humans? The creation of sophisticated artwork. The use of fire. The
development of an alphabet. The commemoration of events or people
Solution
The development of alphabet is not a characteristic of the Paleolithic era. It started around 5000
BCE whereas Paleolithic era which lasted from 2.6 million years ago to 12000 BCE.
Only these were the characteristics if the Paleolithic era
.==> Used simple tools made of wood
==> Learned to build fires and use them for various purposes using paintings.
==> Kept records of events and people and communicated using cave paintings..
To find the polynomial function, assume that the constant is 1. Multi.pdf
To find the polynomial function, assume that the constant is 1. Multiply the above factors and
simplify. f(x) = (x - 0)(x + 6) Note that this function is one of many correct answers.
Multiplying the function by any real nonzero constant will maintain the same zeros.
Solution
f (x) = (x – 0) (x + 6)= x(x+6) = x2 + 6x.
The origins of multiple sclerosis are not clear. What do scientist.pdf
The origins of multiple sclerosis are not clear. What do scientists hypothesize to be the causes of
multiple sclerosis.
The origins of multiple sclerosis are not clear. What do scientists hypothesize to be the causes of
multiple sclerosis.
Solution
Multiple sclerosis is an autoimmune & neurodegenerative disease in which, the myelin sheath
covering the neurons present in the central nervous system is degraded. As a result, there will be
decreased impulse conduction or loss of impulse conduction in that area. Depend upon the
affected area, the corresponding organs may suffer from paralysis because loss of neurons
communication specific regions. However, a majority of pathophysiological pathways has been
illustrated but various neuroscientists to examine theses demyelinating effects but they
profoundly failed to provide exact pathophysiology of multiple sclerosis
Multiple sclerosis is the demyelinating disorder in which “myelin of neurons” broken due to the
various factors in the both neonatal and child brain leading severe cognitive and sensory –motor
impairment due to the improper functioning of the flexion reflex. Potential medication and
associated treatment is very difficult as the specific drug molecules, which can act against this
gene coding proteins for the synthesis of myelin.
During multiple sclerosis, merely central nervous system with oligodendrocytes will be affected
thereby improper myelination around the CNS neurons. Schwann cells will not get affected
because these are myelin-producing cells in peripheral nervous system..
The multicellular gametophytes of mosses are haploid.TrueFalse2.Whic.pdf
The multicellular gametophytes of mosses are haploid.TrueFalse2.Which of the vascular plants
have swimming sperm and rely on liquid water in the environment to achieve fertilization?ferns,
horsetails, and gymnospermsgymnosperms and angiospermsmosses and gymnospermsferns,
horsetails, and mosses3.Which of the four major groups of gymnosperms currently has only a
single species?coniferscycadsgnetophytesginkgos4.A botanist discovers a new seed-forming
plant. She notices that this plant lacks a vascular cambium and has fibrous roots. What would be
the MOST likely placement of this plant? (Select all that apply.)among conifersamong
monocotsamong angiospermsamong eudicotsamong cycads5.What structures were present in the
earliest vascular plants? (Select all that apply.)multi-veined leavesextensive root
systemspigments to protect from UV-radiationcuticlesstomata6.The gymnosperm gnetophytes
are known to have diversified alongside early angiosperms in Cretaceous tropical forests. The
presence of what general features may account for the fact that tropical forests are dominated (in
terms of both ecological importance and diversity) by eudicots and monocots and not
gnetophytes today - i.e. which things give angiosperms an advantage? (Select all that
apply.)xylem with vessel elementstightly coevolved reproductive structures and animal
pollinatorsfruits dispersed by animalspollenswimming spermThe multicellular gametophytes of
mosses are haploid.TrueFalse
Solution
1. True. In liverworts dominant haploid generation is found whereas in case of vascular plants
the dominant generation is diploid sporophyte.
2. Option D is the correct answer. Seedless vascular plants have motile sperms and this is the
reason why these plants are found in moist environment.
3. Option D is the correct answer. Ginkgo has one surviving species. It is also known as living
fossil..
Residual properties are also known asExtensive propertiesSolutio.pdf
Residual properties are also known asExtensive properties
Solution
DEPARTURE FUNCTIONS are resudial properties.
In thermodynamics, a departure function is defined for any thermodynamic property as the
difference between the property as computed for an ideal gas and the property of the species as it
exists in the real world, for a specified temperature T and pressure P..
pathology!@ which of the following is among the risk factors (contri.pdf
pathology!@ which of the following is among the risk factors (contributory causes) of PTSD?
1. being male
2. being female.
3. being middle aged
4. relatively high level of education
Solution
2. being female.
Being female is a risk factor for PTSD since women have a higher prevalence of PTSD. They are
more prone to experience sexual violence compared to males..
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37 diplomats from New Zealand, Australia, Fiji, Tonga, Samoa and the .pdf
- 1. 37 diplomats from New Zealand, Australia, Fiji, Tonga, Samoa and the Cook Islands went out to dinner together after a South Pacific Forum meeting. Can we be certain that one country was represented by at least 7 diplomats? (i) First identify the pigeonholes: The countries (What they had for dinner The diplomats (ii) The answer: Yes we can be certain O No we can't be certain Consider the pigeonholes {1, 99}, {3,97}, {5,95},... {49, 51} - i.e. all pairs of positive odd numbers adding to 100. Can we be certain that in any set of 25 different positive odd numbers, all less than 100, there is a pair of numbers whose sum is 100. Consider the pigeonholes {1}, {3,99}, {5,97},... {49,53}, {51}-which contain all positive odd numbers less than 100. Two of these are "singletons" containing just one number, while the remainder contain a pair adding to 102. Can we be certain that in any set of 27 different positive odd numbers, all less than 100, there is a pair of numbers whose sum is 102? Solution The pigeonhole principle states that if n items are put into m containers, with n > m, then at least one container must contain more than one item (a) (i) Here Diplomats are the pigeons (ii)No,we cannot be certain that one country would be represented by atleat 7 diplomats but we can be certain that atleast one country would be having more than one diplomat. (b) Yes,we can be sure of that. (c) No, we cannot be absolutely sure of that because we can have 27 different positive odd numbers which does not include any pair whose sum is 102.