Hardy Weinberg and Chi Square In the year 3000 , engineers at MIT finally create the
technology necessary for time travel. You, who somehow are still alive (Time Lord perhaps?),
decide that you want to make your AP biology teacher proud and use this wonderful new time
travel technology to do some statistical analysis. Thinking about where to go, you remember
once reading an article that said the Tyrannosaurus Rex likely had feathers! Since you have a
taste for danger, you become determined to conduct field work on the genetics of this now
extinct animal-and of course you also want to see their short little arms and possibly feather
covered bodies! You jump on a plane and head to South Dakota, where the remains of one of the
largest flesheaters to have ever inhabited Earth, named Sue, were found (named after Sue
Hendrickson who discovered the fossils). Once you reach South Dakota, you use your time travel
technology to turn back time...67 million years! Once you turn back time, you begin your
studies. To your surprise, not all Tyrannosaurus Rex have feathers! It seems like having feathers
is a dominant trait. You realize this discovery could change our understanding of
evolution*gasp*. You begin gathering DNA samples from a population of T-Rex. You determine
that having feathers (F) is dominant to not having feathers (f). You obtain the data in the chart
below: 1. Use the observed genotypic frequencies to calculate the frequencies of the F and f
alleles in the population of T-Rex. (Hint: the frequency of an allele in a gene pool is the number
of copies of that allele divided by the total number of copies of alleles). 2. Next, use the Hardy
Weinberg equation (p2+2pq+q2=1) to calculate the EXPECTED genotypic frequencies of the
population ( FF, Ff, ff), if it were in Hardy Weinberg equilibrium.
3. Next, calculate the actual OBSERVED frequencies of each genotype (FF, Ff, ff). (Hint: the
observed frequencies are the number of individuals with that genotype divided by the total
number of individuals). 4. Compare the observed frequencies in step 3 to the expected
frequencies calculated in step 2 for day 1 . Is the T-Rex population in Hardy Weinberg
equilibrium? Is evolution occurring to the population? 5. One year later you return to South
Dakota to take data again. This time, you observe 700 Tyrannosaurus Re: If this population of T-
Rex is in Hardy Weinberg equilibrium, how many T-Rex would you expect to have feathers?
How many would you expect to have no feathers? 6. As you observe the animals and analyze
DNA samples, you record the following data for day 365 :
7. Using the data for day 365 , calculate the OBSERVED genotypic frequencies (FF, Ff, ff). 8.
Compare these observed frequencies to the EXPECTED frequencies in step 2. Is the population
of T-Rex in Hardy Weinberg equilibrium at day 365 ? Is evolution occurring to the population?
9. To be confident in your conclusions about the T-Rex population at day 365 , you conduct a
Chi Square analysis..
General Biology Please assist. Thank you Hardy Weinberg and Chl Squ.pdfaggarwalplasticdeepa
General Biology: Please assist. Thank you Hardy Weinberg and Chl Square in the year 3000,
engineers at MIT finally create the technology necessary for time travel. You, who somehow still
alive (Time Lord perhaps?), decide that you want to make your AP biology teacher proud and
use this wonderful new time travel technology to do some statistical analysis. Thinking about
where to go, you remember once reading an article that said the Tyrannosaurus Rex likely had
feathers! Since you have a taste for danger, you become determined to conduct field work on the
genetics of this now extinct animal-and of course you also want to see their short little arms and
possibly feather covered bodies! You jump on a plane and head to South Dakota, where the
remains of one of the largest flesheaters to have ever inhabited Earth, named Sue, were found
(named after Sue Hendrickson who discovered the fossils). Once you reach South Dakota, you
use your time travel technology to turn back time...67 million years! Once you turn back time,
you begin your studies. To your surprise, not all Tyrannosaurus kex have reatners: it seems like
having feathers is a dominant trait. You realize this discovery could change our understanding of
evolution*gasp*. You begin gathering DNA samples from a population of T-Rex. You determine
that having feathers (F) is dominant to not having feathers (f). You obtain the data in the chart
below: 1. Use the observed genotypic frequencies to calculate the frequencies of the F and f
alleles in the population T-Rex. (Hint: the frequency of an allele in a gene pool is the number of
copies of that allele divided by the tot, number of copies of alleles).
2. Next, use the Hardy Weinberg equation (p2+2pq+q2=1) to calculate the EXPECTED
genotypic frequencies of the population (FF, Ff, ff), if it were in Hardy Weinberg equilibrium.
3. Next, calculate the actual OBSERVED frequencies of each genotype (FF, Ff, ff). (Hint: the
obsen, frequencies are the number of individuals with that genotype divided by the total number
of individuals, 4. Compare the observed frequencies in step 3 to the expected frequencies
calculated in step 2 for day 1 . Is the T-Rex population in Hardy Weinberg equilibrium? Is
evolution occurring to the population?
5. One year later you return to South Dakota to take data again. This time, you observe 700
Tyrannosaurus R-x If this population of T-Rex is in Hardy Weinberg equilibrium, how many T-
Rex would you expect to have feathers? How many would you expect to have no feathers? As
you observe the animals and analyze DNA samples, you record the following data for day 365 :
Using the data for day 365 , calculate the OBSERVED genotypic frequencies (FF, Ff, f). 8.
Compare these observed frequencies to the EXPECTED frequencies in step 2. Is the population
of T-Rex in Hardy Weinberg equilibrium at day 365 ? Is evolution occurring to the population?
9. To be confident in your conclusions about the T-Rex population at day 365 , you conduct .
In the year 3000, engineers at MIT finally created the technology ne.pdfsanjeevbansal1970
In the year 3000, engineers at MIT finally created the technology necessary for time travel. You,
who somehow are still alive (Time Lord perhaps?), decide that you want to make your AP
biology teacher proud and use this wonderful new time travel technology to do some statistical
analysis. Thinking about where to go, you remember once reading an article that said the
Tyrannosaurus Rex likely had feathers! Since you have a taste for danger, you become
determined to conduct field work on the genetics of this now extinct animal-and of course you
also want to see their short little arms and possibly feather covered bodies! You jump on a plane
and head to South Dakota, where the remains of one of the largest flesh-eaters to have ever
inhabited Earth, named Sue, were found (named after Sue Hendrickson who discovered the
fossils). Once you reach South Dakota, you use your time travel technology to turn back
time...67 million years! Once you turn back time, you begin your studies. To your surprise, not
all Tyrannosaurus Rex have feathers! It seems like having feathers is a dominant trait. You
realize this discovery could change our understanding of evolution*gasp*. You begin gathering
DNA samples from a population of T-Rex. You determine that having feathers (F) is dominant to
not having feathers (f). You obtain the data in the chart below: Time (days)=1 Feathered
(FF)=210 Feathered (Ff)=230 Non-Feathered (ff)=600 total=500 To be confident in your
conclusions about the T-Rex population at day 365, you conduct a Chi Square analysis. Create a
chi square data table.
General Biology Please assist. Thank you Hardy Weinberg and Chl Squ.pdfaggarwalplasticdeepa
General Biology: Please assist. Thank you Hardy Weinberg and Chl Square in the year 3000,
engineers at MIT finally create the technology necessary for time travel. You, who somehow still
alive (Time Lord perhaps?), decide that you want to make your AP biology teacher proud and
use this wonderful new time travel technology to do some statistical analysis. Thinking about
where to go, you remember once reading an article that said the Tyrannosaurus Rex likely had
feathers! Since you have a taste for danger, you become determined to conduct field work on the
genetics of this now extinct animal-and of course you also want to see their short little arms and
possibly feather covered bodies! You jump on a plane and head to South Dakota, where the
remains of one of the largest flesheaters to have ever inhabited Earth, named Sue, were found
(named after Sue Hendrickson who discovered the fossils). Once you reach South Dakota, you
use your time travel technology to turn back time...67 million years! Once you turn back time,
you begin your studies. To your surprise, not all Tyrannosaurus kex have reatners: it seems like
having feathers is a dominant trait. You realize this discovery could change our understanding of
evolution*gasp*. You begin gathering DNA samples from a population of T-Rex. You determine
that having feathers (F) is dominant to not having feathers (f). You obtain the data in the chart
below: 1. Use the observed genotypic frequencies to calculate the frequencies of the F and f
alleles in the population T-Rex. (Hint: the frequency of an allele in a gene pool is the number of
copies of that allele divided by the tot, number of copies of alleles).
2. Next, use the Hardy Weinberg equation (p2+2pq+q2=1) to calculate the EXPECTED
genotypic frequencies of the population (FF, Ff, ff), if it were in Hardy Weinberg equilibrium.
3. Next, calculate the actual OBSERVED frequencies of each genotype (FF, Ff, ff). (Hint: the
obsen, frequencies are the number of individuals with that genotype divided by the total number
of individuals, 4. Compare the observed frequencies in step 3 to the expected frequencies
calculated in step 2 for day 1 . Is the T-Rex population in Hardy Weinberg equilibrium? Is
evolution occurring to the population?
5. One year later you return to South Dakota to take data again. This time, you observe 700
Tyrannosaurus R-x If this population of T-Rex is in Hardy Weinberg equilibrium, how many T-
Rex would you expect to have feathers? How many would you expect to have no feathers? As
you observe the animals and analyze DNA samples, you record the following data for day 365 :
Using the data for day 365 , calculate the OBSERVED genotypic frequencies (FF, Ff, f). 8.
Compare these observed frequencies to the EXPECTED frequencies in step 2. Is the population
of T-Rex in Hardy Weinberg equilibrium at day 365 ? Is evolution occurring to the population?
9. To be confident in your conclusions about the T-Rex population at day 365 , you conduct .
In the year 3000, engineers at MIT finally created the technology ne.pdfsanjeevbansal1970
In the year 3000, engineers at MIT finally created the technology necessary for time travel. You,
who somehow are still alive (Time Lord perhaps?), decide that you want to make your AP
biology teacher proud and use this wonderful new time travel technology to do some statistical
analysis. Thinking about where to go, you remember once reading an article that said the
Tyrannosaurus Rex likely had feathers! Since you have a taste for danger, you become
determined to conduct field work on the genetics of this now extinct animal-and of course you
also want to see their short little arms and possibly feather covered bodies! You jump on a plane
and head to South Dakota, where the remains of one of the largest flesh-eaters to have ever
inhabited Earth, named Sue, were found (named after Sue Hendrickson who discovered the
fossils). Once you reach South Dakota, you use your time travel technology to turn back
time...67 million years! Once you turn back time, you begin your studies. To your surprise, not
all Tyrannosaurus Rex have feathers! It seems like having feathers is a dominant trait. You
realize this discovery could change our understanding of evolution*gasp*. You begin gathering
DNA samples from a population of T-Rex. You determine that having feathers (F) is dominant to
not having feathers (f). You obtain the data in the chart below: Time (days)=1 Feathered
(FF)=210 Feathered (Ff)=230 Non-Feathered (ff)=600 total=500 To be confident in your
conclusions about the T-Rex population at day 365, you conduct a Chi Square analysis. Create a
chi square data table.
innovative thinking assignment , regarding recombinant Dna technology. it is about how to bring back extinct life back from the dead in this 21st century using new technologies at our disposal!
All the extensive Mathematics we know is already used by animals and insects in nature. Examples for such instances are Honeycomb theorem and Cicadas and the Prime hypothesis. Thus we hardly know anything and all that we know is already applied by animals in Nature.
Dig into the age of the dinosaurs with our teaching, activity and display pack! The Dinosaurs Pack includes a child-friendly eBook to read together, a range of vocabulary resources, story starters, comprehension materials, Maths challenges, activity resources, bunting, display banners and more!
Available from https://www.teachingpacks.co.uk/the-dinosaurs-pack/
You have found a layer in a site with a 2 points Save Answer to 1.2 s.pdfsiennatimbok52331
You have found a layer in a site with a 2 points Save Answer to 1.2 species of fossil known as
Rex. This of fossil has been found in many sites in the region, and has been dated to 1.2 - 1.3
million years ago. Using biostratigraphy, you can use this information to say that the Snagglus
Rex fossil you found must be a male. the fossil and the layer you found must be at least 500.000
years older than the snagglus Rex fossils in the same region. nothing information on snagglus
Rex in the same region does not give you any information at all about snagglus Rex you found.
the fossil and the layer you found also must date the to 1.2 - 1.3 million years ago. You have
found some human bones in which all the epiphyses of the long bones are fused, and the
mandible has all its teeth, including the wisdom teeth. This means you know you have found
male. female. juvenile. an adult. A fossil is Preserved soft parts of the body only, such as a
mummy, but not preserved bones. An early from of insectivore. The remains or traces of an
ancient organism, including fossilized bones, casts, and mummies. Anyone over 40.
Solution
You have found a layer in a site with a species of fossil known as Snagglus Rex. This species of
fossil has been found in many sites in the region, and has been dated to 1.2 - 1.3 million years
ago. Using biostratigraphy, you can use this information to say that
a.
the Snagglus Rex fossil you found must be a male.
b.
nothing -- information on Snagglus Rex in the same region does not give you any information at
all about the Snagglus Rex you found.
c.
the fossil and the layer you found must be at least 500,000 years older than the Snagglus Rex
fossils in the same region.-answer
d.
the fossil and the layer you found also must date to 1.2 - 1.3 million years ago.
Question 29
Answer : an adult
Long bones have three unmistakable areas the diaphysis, or shaft; the metaphysis, or the flared
end of the pole; and the epiphysis, or end top of the bone. Long bone development happens at the
epiphyseal or development plate, situated between the metaphysis and epiphysis.The
development plate itself is comprised of a framework of ligament. Osteoblasts, the fibroblast-like
cells in charge of bone creation, are set down on this platform. The osteoblasts create a collagen
network that is then mineralized to wind up distinctly new bone. On the off chance that
development is as yet progressing, more ligament is set down on that bone as the development
plate moves more distant far from the focal point of the pole, and the procedure rehashes. At the
point when development is at last achieved, development stops and the epiphysis and
metaphysispermanently fuse together
===================
Question 30
Answer : the remains o traces of an accent organism including fossilized bones, casts an
dmummies
a.
the Snagglus Rex fossil you found must be a male.
b.
nothing -- information on Snagglus Rex in the same region does not give you any information at
all about the Snagglus.
Find six internet sources or other materials that relate to the read.docxhoundsomeminda
Find six internet sources or other materials that relate to the readings for this Unit and which you find particularly interesting. Provide complete citations for each of the six (as elsewhere required for this course) to include a 3-4 sentence annotation and your estimate of reliability. Alphabetize the list by the author's last names. You may use this assighment to assist you in Journal and Project, but researching topics that related to "Think About It" items and to your Project.
Think About It! Guiding Questions to consider as you read and explore the Internet
How and why are scientific discoveries made at the same time by different scientists who are not working together? Explain.
In the book The Double Helix, James Watson describes his role is this competitive scientific race. In essence, Watson wanted to earn a Nobel Prize, and he decided that the discovery of the structure of DNA was his best chance of doing so. Not all scientists are so very focused on recognition, but everyone wants credit for the work that they do. Discuss the differences, using specific examples, of doing science to become famous and doing science as one does art…because it is simply what you do.
In 1962, Watson, Crick, and Wilkins received the Nobel Prize in Science for the discovery of the structure of DNA. Notably absent from the podium was Rosalind Franklin, whose X-ray photographs contributed directly to the discovery of the double helix. Franklin did not receive a Nobel Prize for her work on this project because she had died in 1958. Why was she overlooked? Is science still a man’s world? Explain.
How and why is Azande Witchcraft similar to science? What can we learn from this similarity?
If a scientific paradigm is very strong, it is almost impossible to displace. It is how that particular subdiscipline of science is DONE! Paradigm shifts in science are, therefore, rare. Examine at least two known paradigm shifts in science and how they came to be.
Animal communication through ‘silent’ substrate-borne vibration signals is an ancient, wide-spread system that predates hearing even in vertebrates and has been used by insects for at least 230 million years. A conservative estimate is that as many as 150,000 species of insects use only vibrational signals in communication, and another 45,000 species use it in combination with vision, hearing, smell, etc. Vertebrate animals from mammals to fish also use vibrational signals, but we humans know very little about this communication modality. Even those who study animal communication may overlook potential evidence that vibrational signals are important in their study group. Discuss whether this lack of consideration is based on stubborn refusal to face facts, or whether people ‘see’ what they expect to see, as in an optical illusion.
.
ii. If mi is the ith� bit of the key and ki is the ith� bit of the ke.pdfsales83
ii. If mi is the ith bit of the key and ki is the ith bit of the key, write down how ci is generated
using any stream cipher. iii. You are given a stream cipher that generates a repeating keystream
sequence 010101010101 for some seed. Is this considered a secure keystream? Explain why or
why not?.
If the DJIA lost 5 in a given day and its divisor was 0.12555 , wh.pdfsales83
If the DJIA lost 5% in a given day and its divisor was 0.12555 , what is the price change (in
dollars) for the DJIA components if it closed the prior day at 10,534 points? a. $1,322.54 b.
$6,612.70 c. $526.70 d. $66.13.
If a rock initially contained 10 milligrams of a radioactive parent w.pdfsales83
If a rock initially contained 10 milligrams of a radioactive parent when it first crystallized, how
much remains after 4 half-lives? What % is left. Milligrams \# of half-lifes %N/AN/A N/A N/A
N/A 5.
If a firm starts with K_1 of capital at the beginning of period 1 , i.pdfsales83
If a firm starts with K_1 of capital at the beginning of period 1 , it will by the end of period 1. a.
be reduced to dK_1 b. be reduced to (1d)K_1 c. be reduced to K1/(1+r) d. grow to (1+d)K1 e.
grow to (1+r)K1.
More Related Content
Similar to Hardy Weinberg and Chi Square In the year 3000 , engineers at MIT fin.pdf
innovative thinking assignment , regarding recombinant Dna technology. it is about how to bring back extinct life back from the dead in this 21st century using new technologies at our disposal!
All the extensive Mathematics we know is already used by animals and insects in nature. Examples for such instances are Honeycomb theorem and Cicadas and the Prime hypothesis. Thus we hardly know anything and all that we know is already applied by animals in Nature.
Dig into the age of the dinosaurs with our teaching, activity and display pack! The Dinosaurs Pack includes a child-friendly eBook to read together, a range of vocabulary resources, story starters, comprehension materials, Maths challenges, activity resources, bunting, display banners and more!
Available from https://www.teachingpacks.co.uk/the-dinosaurs-pack/
You have found a layer in a site with a 2 points Save Answer to 1.2 s.pdfsiennatimbok52331
You have found a layer in a site with a 2 points Save Answer to 1.2 species of fossil known as
Rex. This of fossil has been found in many sites in the region, and has been dated to 1.2 - 1.3
million years ago. Using biostratigraphy, you can use this information to say that the Snagglus
Rex fossil you found must be a male. the fossil and the layer you found must be at least 500.000
years older than the snagglus Rex fossils in the same region. nothing information on snagglus
Rex in the same region does not give you any information at all about snagglus Rex you found.
the fossil and the layer you found also must date the to 1.2 - 1.3 million years ago. You have
found some human bones in which all the epiphyses of the long bones are fused, and the
mandible has all its teeth, including the wisdom teeth. This means you know you have found
male. female. juvenile. an adult. A fossil is Preserved soft parts of the body only, such as a
mummy, but not preserved bones. An early from of insectivore. The remains or traces of an
ancient organism, including fossilized bones, casts, and mummies. Anyone over 40.
Solution
You have found a layer in a site with a species of fossil known as Snagglus Rex. This species of
fossil has been found in many sites in the region, and has been dated to 1.2 - 1.3 million years
ago. Using biostratigraphy, you can use this information to say that
a.
the Snagglus Rex fossil you found must be a male.
b.
nothing -- information on Snagglus Rex in the same region does not give you any information at
all about the Snagglus Rex you found.
c.
the fossil and the layer you found must be at least 500,000 years older than the Snagglus Rex
fossils in the same region.-answer
d.
the fossil and the layer you found also must date to 1.2 - 1.3 million years ago.
Question 29
Answer : an adult
Long bones have three unmistakable areas the diaphysis, or shaft; the metaphysis, or the flared
end of the pole; and the epiphysis, or end top of the bone. Long bone development happens at the
epiphyseal or development plate, situated between the metaphysis and epiphysis.The
development plate itself is comprised of a framework of ligament. Osteoblasts, the fibroblast-like
cells in charge of bone creation, are set down on this platform. The osteoblasts create a collagen
network that is then mineralized to wind up distinctly new bone. On the off chance that
development is as yet progressing, more ligament is set down on that bone as the development
plate moves more distant far from the focal point of the pole, and the procedure rehashes. At the
point when development is at last achieved, development stops and the epiphysis and
metaphysispermanently fuse together
===================
Question 30
Answer : the remains o traces of an accent organism including fossilized bones, casts an
dmummies
a.
the Snagglus Rex fossil you found must be a male.
b.
nothing -- information on Snagglus Rex in the same region does not give you any information at
all about the Snagglus.
Find six internet sources or other materials that relate to the read.docxhoundsomeminda
Find six internet sources or other materials that relate to the readings for this Unit and which you find particularly interesting. Provide complete citations for each of the six (as elsewhere required for this course) to include a 3-4 sentence annotation and your estimate of reliability. Alphabetize the list by the author's last names. You may use this assighment to assist you in Journal and Project, but researching topics that related to "Think About It" items and to your Project.
Think About It! Guiding Questions to consider as you read and explore the Internet
How and why are scientific discoveries made at the same time by different scientists who are not working together? Explain.
In the book The Double Helix, James Watson describes his role is this competitive scientific race. In essence, Watson wanted to earn a Nobel Prize, and he decided that the discovery of the structure of DNA was his best chance of doing so. Not all scientists are so very focused on recognition, but everyone wants credit for the work that they do. Discuss the differences, using specific examples, of doing science to become famous and doing science as one does art…because it is simply what you do.
In 1962, Watson, Crick, and Wilkins received the Nobel Prize in Science for the discovery of the structure of DNA. Notably absent from the podium was Rosalind Franklin, whose X-ray photographs contributed directly to the discovery of the double helix. Franklin did not receive a Nobel Prize for her work on this project because she had died in 1958. Why was she overlooked? Is science still a man’s world? Explain.
How and why is Azande Witchcraft similar to science? What can we learn from this similarity?
If a scientific paradigm is very strong, it is almost impossible to displace. It is how that particular subdiscipline of science is DONE! Paradigm shifts in science are, therefore, rare. Examine at least two known paradigm shifts in science and how they came to be.
Animal communication through ‘silent’ substrate-borne vibration signals is an ancient, wide-spread system that predates hearing even in vertebrates and has been used by insects for at least 230 million years. A conservative estimate is that as many as 150,000 species of insects use only vibrational signals in communication, and another 45,000 species use it in combination with vision, hearing, smell, etc. Vertebrate animals from mammals to fish also use vibrational signals, but we humans know very little about this communication modality. Even those who study animal communication may overlook potential evidence that vibrational signals are important in their study group. Discuss whether this lack of consideration is based on stubborn refusal to face facts, or whether people ‘see’ what they expect to see, as in an optical illusion.
.
ii. If mi is the ith� bit of the key and ki is the ith� bit of the ke.pdfsales83
ii. If mi is the ith bit of the key and ki is the ith bit of the key, write down how ci is generated
using any stream cipher. iii. You are given a stream cipher that generates a repeating keystream
sequence 010101010101 for some seed. Is this considered a secure keystream? Explain why or
why not?.
If the DJIA lost 5 in a given day and its divisor was 0.12555 , wh.pdfsales83
If the DJIA lost 5% in a given day and its divisor was 0.12555 , what is the price change (in
dollars) for the DJIA components if it closed the prior day at 10,534 points? a. $1,322.54 b.
$6,612.70 c. $526.70 d. $66.13.
If a rock initially contained 10 milligrams of a radioactive parent w.pdfsales83
If a rock initially contained 10 milligrams of a radioactive parent when it first crystallized, how
much remains after 4 half-lives? What % is left. Milligrams \# of half-lifes %N/AN/A N/A N/A
N/A 5.
If a firm starts with K_1 of capital at the beginning of period 1 , i.pdfsales83
If a firm starts with K_1 of capital at the beginning of period 1 , it will by the end of period 1. a.
be reduced to dK_1 b. be reduced to (1d)K_1 c. be reduced to K1/(1+r) d. grow to (1+d)K1 e.
grow to (1+r)K1.
Identify a FEEDING America organization that explicitly aims to addre.pdfsales83
Identify a FEEDING America organization that explicitly aims to address a social issue. It may
be a non-profit (i.e., a grant-based or philanthropy dependent organization without earned
income) or social enterprise (i.e., any legal structure that relies on revenue/earned income to run
part of all of its activities) Organization Mission - What is the organization's social mission?
Provide a link to the organization's website. If you conducted an interview with someone
working here, state their name and title, reflecting their position in the organization. - Identify the
organization's target beneficiaries (target population)? Identify the organization's target market, if
any? Are they one and the same? - List the various programs/activities being administered by the
organization to support its beneficiaries! - Does this organization meet the criteria of a social
enterprise? Why or why not?.
Identifiers of population subgroups for statistical analysis of diffe.pdfsales83
Identifiers of population subgroups for statistical analysis of differences in health or health
characteristics in the population are called: Select one: 1. Social networks x 2. Social
epidemiology 3. Stratifiers 4. Cohort studies.
Ida Sidha Karya Company is a family-owned company located in the vill.pdfsales83
Ida Sidha Karya Company is a family-owned company located in the village of Gianyar on the
island of Bali in Indonesia. The company produces a handcrafted Balinese musical instrument
called a gamelan that is similar to a xylophone. The gamelans are sold to a Canadian importer for
$990. Selected data for the company's operations last year follow: An absorption costing income
statement prepared by the company's accountant appears below: Required: 1. Determine how
much of the ending inventory consists of fixed manufacturing overhead cost deferred in
inventory to the next period.
2. Prepare an income statement for the vear usinq the variable costing method..
ICOT Industries issued 12 million of its $1 par common shares for $42.pdfsales83
ICOT Industries issued 12 million of its $1 par common shares for $428 million on April 11.
Legal, promotional, and accounting services necessary to effect the sale cost $1 million.
Required: 1. Prepare the journal entry to record the issuance of the shares. (If no entry is required
for a transaction/event, select "No journal entry required" in the first account field. Enter your
answers in millions (i.e., 10,000,000 should be entered as 10). Do not round your intermediate
calculations.) Journal entry worksheet Note: Enter debits before credits..
Help writing two pages of the organization (Feeding America) Theory o.pdfsales83
Help writing two pages of the organization (Feeding America) Theory of Change - What is the
theory of change employed by this organization? - Identify one major intervention (activity;
program) implemented by the organization to produce social change. Identify the data you would
collect and how you would collect it to report the organization's output, outcome, and impact.
Otherwise, report the data and metrics used by the organization to explain and justify its output,
outcome, and impact.
i. Calculate the market risk premium (2 Marks) ii. Calculate the v.pdfsales83
i. Calculate the market risk premium? (2 Marks) ii. Calculate the value of CAPM (3 Marks) iii.
Calculate the unlevered beta (4 Marks) iv. Why are the values of market risk premium, CAPM
and unlevered beta important when making investment decisions? (4 Marks) b) Compare and
contrast the comparable Company Analysis, the Precedent transaction analysis and the
Discounted Cash flow analysis. (12 Marks).
How do you write the null and alternative hypotheses for an ANO.pdfsales83
How do you write the null and alternative hypotheses for an ANOVA hypothesis test? H0: All
of the means are equal. Ha: All of the means are different. H0: All of the means are equal. Ha: At
least one of the means differ from the others. H0 : At least one of the means differ from the
others. Ha: All of the means are equal. H0: All of the means are equal. Ha: One of the means is
greater than the others. H0: All of the means are equal. Ha : Two of more of the means are not
equal to the others..
How prepared are you in the event of a disaster Describe your level .pdfsales83
How prepared are you in the event of a disaster? Describe your level of disaster preparedness
using specific examples and references to your "go-bag" and preparedness checklist assignments.
Example: "I am more prepared for a water-related disaster than a fire-related disaster even
though I live in a highly secluded, forested area. I have a boat as transportation in the event of
flooding, but I do not have rain barrels or fire barrier supplies on hand.".
Honda Motor Corporation of Japan is a leading international manufactu.pdfsales83
Honda Motor Corporation of Japan is a leading international manufacturer of automobiles,
motorcycles, all-terrain vehicles, and personal watercraft. As a Japanese company, it follows
Japanese GAAP and reports its financial statements in billions of yen (the sign for yen is ). Its
recent balance sheet contained the following items (in billions). Prepare a balance sheet as of
March 31, 2011, solving for the missing amount. (Enter your answers in billions.).
Heritage Ltd. was organized on January 2, 2023. The following Investm.pdfsales83
Heritage Ltd. was organized on January 2, 2023. The following Investment transactions and
events occurred during the following months: Assume that Heritage has a significant Influence
over Port with its 20% share. Required: 1. Prepare the entries to record the preceding
transactions in Heritage's books. 2. Calculate the carrying value per share of Heritage's
investment as reflected in the investment account on January 4,2025 . (Round your answer to 2
decimal places.) 3. Calculate the change in Heritage's equity from January 2, 2023, through
January 5,2025 , resulting from its investment in Port..
Head fe tesucitanta.Data tableassify each cost as one of the fo.pdfsales83
Head fe tesucitanta.
Data table
assify each cost as one of the following: direct material (DM), direct labor (DL), indire, nd not in
dollars. If an input field is not used in the table leave the input field emply; Requirements 1.
Assuming the cost object is an airplane, classily each cost as one of the following: direct material
(DM), direct labor (DL), indirect labor (IL), indirect materials (IM), other manutacturing
overhead (other MOH), or period cost. What is the total for each type of cost? 2. Calculate total
manufacturing overhead costs. 3. Caiculate total product costs. 4. Calculate total prime costs. 5.
Calculate total conversion costs. 6. Calculate total period conts..
Haynes Jewelers uses a perpetual inventory system and had the followi.pdfsales83
Haynes Jewelers uses a perpetual inventory system and had the following purchase transactions.
Journalize all necessary transactions. Explanations are not required (i. (Click the icon to view the
transactions.) Joumalize all necessary transactions in the order they are presented in the
transaction list. (Record debits first then credits. Exclude explanations from joumal entries:
Round all numbers to the nearest whole dollat.). B shipping point More info
Haynes Jewelers uses a perpetual inventory system and had the following purchase transactions.
Journalize all necessary transactions. Explanations are not required. 2) (Cick the icon to view the
transactions.) Joumalize all necessary transactions in the order they are presented in the
transaction bist. (Record debits first, then credits. Exclude explanations from joumal entrios.
Round all numbers to the nearest whole dollar.) Jun. 20: Purchased inventory of $5,200 on
account from Southboro Diamonds, a jewelry importer. Terms were 1/15, n45, FO8 shipping
point..
Hammond Manufacturing Inc. was legally incorporated on Januar.pdfsales83
Hammond Manufacturing Inc. was legally incorporated on January 2, 2020. its articles of
incorporation granted it the right to issue an unlimited number of common shares and 100,000
shares of $13.6 non-cumulative preferred shares. The following transactions are among those
that occurred during the first three years of operations: Jan. 12 Issued 40,100 comon shares at
$4.0 each. 20 Issued 3,660 connon shares to promoters who provided legal services that helped
to establish the company. These services had a fair value of $28,600. 31 Issued 72,690 common
shares in exchange for land, building, and equipnent, which have fair market values of
$352,000,$472,600, and $40,000, respectively. Mar. 4 Purchased equipnent at a cost of $3, abe
cash. This was thought to be a special bargain price. It was felt that at least $10,600 would
normally have had to be paid to acquire this equipment. Dec. 31 During 282e, the company
incurred a loss of $88,0e0. The Income Summary account was closed. 2921 Jan. 4 Issued 3,660
preferred shares at $64 per share. Dec. 31 The Income summary account was closed. Profit for
2621 was $268,000. 2022 Dec. 4 The conpany declared a cash dividend of 50.82 per share on the
comon shares payable on December 18 and also declared the required dividend on the preferred
shares. 18 Paid the dividends declared on Decenber 4 . 31 Profit for the year ended December
31,2022 , was $160,400. The Income Sumary. account was closed. Required: 1. Journalize the
transactions for the years 2020,2021 , and 2022 . The company does not use a cash dividends
account.
2. Prepare the statement of changes in equity for the year ended December 31,2022 . (Amounts
to be deducted should be indicated by a minus sign.)
3. Prepare the equity section on the December 31,2022 , balance sheet. Anolysis Component:
Determine the net assets of Hammond Manufacturing inc. for 2020. 2021, and 2022, is the trend
favourabie or unfavourable?.
Hacer negocios en Singapur Singapur se considera cada vez m�s c.pdfsales83
Hacer negocios en Singapur
Singapur se considera cada vez ms como un destino donde la facilidad para hacer negocios ha
llevado a varias empresas extranjeras o multinacionales a establecer sus bases en este pas debido
a los numerosos factores que facilitan las operaciones iniciales aqu. El pas ofrece un entorno
favorable a los negocios para todo tipo de empresas. Adems, la economa globalizada,
emprendedora y diversificada de Singapur impulsa negocios slidos. Siemens, P&G, Unilever,
Rolls Royce y Trina Solar son solo algunas de esas empresas que establecieron con xito sus
bases en Singapur y se detallan ms en el caso de cierre. El gobierno de Singapur ha tomado la
iniciativa de facilitar las iniciativas de comercio internacional a travs de su brazo gubernamental
llamado Autoridad Monetaria de Singapur (MAS). Singapur y China acordaron nuevas
iniciativas para fortalecer la cooperacin en el desarrollo y la regulacin del sector financiero. Los
gobiernos de Singapur y China tambin acordaron fortalecer la cooperacin en temas regulatorios
bancarios, a travs de intercambios y dilogos sobre temas de inters compartido, y una mejor
coordinacin en temas regulatorios internacionales.
Preguntas
6-3. Discuta por qu y cmo el gobierno de Singapur promueve el proceso de comercio
internacional.
6-4. Por qu el libre comercio es tan vital para la supervivencia y el crecimiento de Singapur?
6-5. Singapur tiene una economa de mercado orientada al comercio altamente desarrollada y su
economa ha sido clasificada como la ms abierta del mundo. Cul ha sido el papel del gobierno
para lograr esta hazaa?
Incluya lo siguiente:
una declaracin clara y concisa del problema
una identificacin de hechos clave
un anlisis de las implicaciones de los hechos ms destacados
un conjunto detallado de recomendaciones
una estrategia de implementacin bien formulada.
Hacer negocios en Singapur
Singapur se considera cada vez ms como un destino donde la facilidad para hacer negocios ha
llevado a varias empresas extranjeras o multinacionales a establecer sus bases en este pas debido
a los numerosos factores que facilitan las operaciones iniciales aqu. El pas ofrece un entorno
favorable a los negocios para todo tipo de empresas. Adems, la economa globalizada,
emprendedora y diversificada de Singapur impulsa negocios slidos. Siemens, P&G, Unilever,
Rolls Royce y Trina Solar son solo algunas de esas empresas que establecieron con xito sus
bases en Singapur y se detallan ms en el caso de cierre. El gobierno de Singapur ha tomado la
iniciativa de facilitar las iniciativas de comercio internacional a travs de su brazo gubernamental
llamado Autoridad Monetaria de Singapur (MAS). Singapur y China acordaron nuevas
iniciativas para fortalecer la cooperacin en el desarrollo y la regulacin del sector financiero. Los
gobiernos de Singapur y China tambin acordaron fortalecer la cooperacin en temas regulatorios
bancarios, a travs de intercambios y dilogos sobre temas de inters compartido, y una mejor
coordinac.
Glycolysis Worksheet Questions a. What part of the ATP molecule store.pdfsales83
Glycolysis Worksheet Questions a. What part of the ATP molecule stores potential energy? i.
Adenosine Group ii. Hydrogen Bond iii. Phosphate Bond iv. Guanosine Group b. Who has the
most energy? i. ATP b. ADP c. AMP c. Choose the true statement regarding cellular respiration?
i. Requires Oxygen ii. Releases Carbon Dioxide iii. Releases Water (Dehydration) iv. Makes
ATP v. All of the Above vi. None of the above.
Grouper Distribution markets CDs of numerous performing artists. At.pdfsales83
Grouper Distribution markets CDs of numerous performing artists. At the beginning of March,
Grouper had in beginning inventory 2,320 CDs with a unit cost of \$7. During March, Grouper
made the following purchases of CDs. During March, 11,480 units were sold. Grouper uses a
periodic inventory system. (a) Determine the cost of goods available for sale. The cost of goods
available for sale $.
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বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
MATATAG CURRICULUM: ASSESSING THE READINESS OF ELEM. PUBLIC SCHOOL TEACHERS I...NelTorrente
In this research, it concludes that while the readiness of teachers in Caloocan City to implement the MATATAG Curriculum is generally positive, targeted efforts in professional development, resource distribution, support networks, and comprehensive preparation can address the existing gaps and ensure successful curriculum implementation.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
Delivering Micro-Credentials in Technical and Vocational Education and TrainingAG2 Design
Explore how micro-credentials are transforming Technical and Vocational Education and Training (TVET) with this comprehensive slide deck. Discover what micro-credentials are, their importance in TVET, the advantages they offer, and the insights from industry experts. Additionally, learn about the top software applications available for creating and managing micro-credentials. This presentation also includes valuable resources and a discussion on the future of these specialised certifications.
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This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Hardy Weinberg and Chi Square In the year 3000 , engineers at MIT fin.pdf
1. Hardy Weinberg and Chi Square In the year 3000 , engineers at MIT finally create the
technology necessary for time travel. You, who somehow are still alive (Time Lord perhaps?),
decide that you want to make your AP biology teacher proud and use this wonderful new time
travel technology to do some statistical analysis. Thinking about where to go, you remember
once reading an article that said the Tyrannosaurus Rex likely had feathers! Since you have a
taste for danger, you become determined to conduct field work on the genetics of this now
extinct animal-and of course you also want to see their short little arms and possibly feather
covered bodies! You jump on a plane and head to South Dakota, where the remains of one of the
largest flesheaters to have ever inhabited Earth, named Sue, were found (named after Sue
Hendrickson who discovered the fossils). Once you reach South Dakota, you use your time travel
technology to turn back time...67 million years! Once you turn back time, you begin your
studies. To your surprise, not all Tyrannosaurus Rex have feathers! It seems like having feathers
is a dominant trait. You realize this discovery could change our understanding of
evolution*gasp*. You begin gathering DNA samples from a population of T-Rex. You determine
that having feathers (F) is dominant to not having feathers (f). You obtain the data in the chart
below: 1. Use the observed genotypic frequencies to calculate the frequencies of the F and f
alleles in the population of T-Rex. (Hint: the frequency of an allele in a gene pool is the number
of copies of that allele divided by the total number of copies of alleles). 2. Next, use the Hardy
Weinberg equation (p2+2pq+q2=1) to calculate the EXPECTED genotypic frequencies of the
population ( FF, Ff, ff), if it were in Hardy Weinberg equilibrium.
3. Next, calculate the actual OBSERVED frequencies of each genotype (FF, Ff, ff). (Hint: the
observed frequencies are the number of individuals with that genotype divided by the total
number of individuals). 4. Compare the observed frequencies in step 3 to the expected
frequencies calculated in step 2 for day 1 . Is the T-Rex population in Hardy Weinberg
equilibrium? Is evolution occurring to the population? 5. One year later you return to South
Dakota to take data again. This time, you observe 700 Tyrannosaurus Re: If this population of T-
Rex is in Hardy Weinberg equilibrium, how many T-Rex would you expect to have feathers?
How many would you expect to have no feathers? 6. As you observe the animals and analyze
DNA samples, you record the following data for day 365 :
7. Using the data for day 365 , calculate the OBSERVED genotypic frequencies (FF, Ff, ff). 8.
Compare these observed frequencies to the EXPECTED frequencies in step 2. Is the population
of T-Rex in Hardy Weinberg equilibrium at day 365 ? Is evolution occurring to the population?
9. To be confident in your conclusions about the T-Rex population at day 365 , you conduct a
Chi Square analysis. a. State the null hypothesis for the experiment. b. Fill in the chart below
