Which of the following model organisms would be the best choice if y.pdf
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Which of the following model organisms would be the best choice if you wanted to to and in vivo study of early animal cellular division? Xenopus Mouse E. coli Arabidopsis Drosophila Xenopus Mouse E. coli Arabidopsis Drosophila Solution Model organism is an organism selected for intensive scientific study based on features that make it easy to work with in the hope that findings will apply to other species . The correct answer is Arabidopsis. The aerial parts of the plants are generated by group of dividing cells called shoot apical meristem. To analyse, cell behaviour in these structures, we developed a technique to visualise living shoot apical meristems using confocal microscope. This method combined with fluorescent marker lines and vital stains, allows us to follow dynamics of cell proliferation and division..
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Cell Biology Introduction
Introduction
A. The Origin and Evolution of Cells
B. Cells as Experimental Models
C. Tools of Cell Biology
BIO120Concepts of BiologyUnit 2 Lecture Part One Cel.docx
BIO120
Concepts of Biology
Unit 2 Lecture
Part One: Cell Biology
Microscopy
Cell Structure
Osmosis & Diffusion
In 1665, Robert Hooke was the first person to describe a cell,
because no one ever had a lens powerful enough to see one.
His first specimen was a piece of cork, the cells reminded him of
little rooms (cella). Hence the name.
Discovering Cells
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Although Hooke was the first person to see a cell,
Leeuwenhoek described the most cells in about 1683. He
was first to see bacteria and other microbes, because his lens
was 10 times more powerful than Hooke’s.
Discovering Microbes
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Most modern light microscopes can magnify objects up
to 400 or 1,000 times the size of what you can see with
the naked eye. Some light microscopes are dissecting
microscopes, which have a lower magnification, but allow
biologist to examine larger objects.
Modern Light Microscopes
Bright Field MicroscopeDissecting Microscope
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
This image shows uterine cervix cells, viewed through
a light microscope. The cells were obtained from a Pap
smear during a gynecological exam. The cells on the left
are normal. The cells on the right are infected with human
papillomavirus, which can cause cervical cancer. These
potential cancerous cells are bigger and appear to be
dividing. The cells are blue, because they have been stained
to help see them better.
Cell Image
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Even more powerful than a light microscope is an electron
microscope. Electron microscope uses electrons instead of
light to form images and can magnify images 100,000 x.
The top images shows the amazing details on an ant head.
The lower image shows Salmonella infecting human cells.
Electron Microscope
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
This image summarizes the sizes of cells and their
components and what can be seen by the naked eye, light
microscope, and electron microscope.
Size of Cells
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Cells can be classified as either prokaryotes or eukaryotes
depending on whether a nucleus is present or absent.
Prokaryotes are .
Recommended
Cell Biology Introduction
Introduction
A. The Origin and Evolution of Cells
B. Cells as Experimental Models
C. Tools of Cell Biology
BIO120Concepts of BiologyUnit 2 Lecture Part One Cel.docx
BIO120
Concepts of Biology
Unit 2 Lecture
Part One: Cell Biology
Microscopy
Cell Structure
Osmosis & Diffusion
In 1665, Robert Hooke was the first person to describe a cell,
because no one ever had a lens powerful enough to see one.
His first specimen was a piece of cork, the cells reminded him of
little rooms (cella). Hence the name.
Discovering Cells
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Although Hooke was the first person to see a cell,
Leeuwenhoek described the most cells in about 1683. He
was first to see bacteria and other microbes, because his lens
was 10 times more powerful than Hooke’s.
Discovering Microbes
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Most modern light microscopes can magnify objects up
to 400 or 1,000 times the size of what you can see with
the naked eye. Some light microscopes are dissecting
microscopes, which have a lower magnification, but allow
biologist to examine larger objects.
Modern Light Microscopes
Bright Field MicroscopeDissecting Microscope
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
This image shows uterine cervix cells, viewed through
a light microscope. The cells were obtained from a Pap
smear during a gynecological exam. The cells on the left
are normal. The cells on the right are infected with human
papillomavirus, which can cause cervical cancer. These
potential cancerous cells are bigger and appear to be
dividing. The cells are blue, because they have been stained
to help see them better.
Cell Image
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Even more powerful than a light microscope is an electron
microscope. Electron microscope uses electrons instead of
light to form images and can magnify images 100,000 x.
The top images shows the amazing details on an ant head.
The lower image shows Salmonella infecting human cells.
Electron Microscope
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
This image summarizes the sizes of cells and their
components and what can be seen by the naked eye, light
microscope, and electron microscope.
Size of Cells
Microscopy
Discovering Cells
Discovering Microbes
Modern Light
Microscopes
Cell Image
Electron Microscope
Size of Cells
Cell Structure
Osmosis & Diffusion
Cells can be classified as either prokaryotes or eukaryotes
depending on whether a nucleus is present or absent.
Prokaryotes are .
Environmental Shotgun Sequencing
Eisen JA (2007) Environmental Shotgun Sequencing: Its Potential and Challenges for Studying the Hidden World of Microbes. PLoS Biol 5(3): e82. doi:10.1371/journal.pbio.0050082
Experimenting with posting OpenAccess papers on Slideshare
please helpViruses are classified into which one of the three Doma.pdf
please help
Viruses are classified into which one of the three Domains?
Archaea
Bacteria
Eukarya
Viruses are not considered to be members of any of the domains.
Which statement is true of the comparison of diffusion and osmosis?
Diffusion involves liquids or gasses, where osmosis only relates to gasses.
Diffusion must always be facilitated, it will not occur passively.
Osmosis relates to molecules that are too big to pass through the cell membrane by themselves.
Osmosis is a special type of diffusion that involves water movement across a membrane.
What is assumed to be the advantage of the long, folded inner membrane of the mitochondria?
What do the folds of the inner membrane do to make the mitochondrion more efficient?
cool off the cell\'s interior
allow for a place to store the mitochondrial DNA
increased surface area for reactions
None of these are correct regarding the folded inner membrane of mitochondria.
Which structures within a cell are responsible for making the ATP molecules used for cellular
energy?
rough ER
smooth ER
lysosomes
mitochondria
Given that a cell\'s structure reflects its function, what do you predict would be the function of an
animal cell with a very large amount of Golgi apparatus inside of it?
movement within the animal using cilia and flagella
cell growth and division management
secretion of lipids for use in insulating tissue
storage of pigmentation molecules
The cellular cytoskeleton of eukaryotes contains which of these types of protein fibers?
microtubules
intermediate filaments
microfilaments (actin filaments)
All of these types of fibers are involved in the cytoskeleton.
How is an individual cell identified by the organism in which it lives (assuming we are talking
about a multicellular organism)? How does a cell show itself as \"friendly\" to the immune
system in humans, for example?
the size and particular shape of the cell determine it\'s identity
the types of phospholipids in the bilayer determines the cell\'s identity
carbohydrate and protein pieces in and on the cell membrane identify the cell
All of these are correct in determining the cell\'s identity.
What is the term for the model used by biologists to describe the various proteins, carbohydrates,
and other molecules that make up the cell membrane, and their structure and function?
the gel electrophoresis model
the fluid mosaic model
the egg cell model
the triphosphate model
The Cell Theory of Schleiden and Schwann was very important in establishing that...
all living things are always composed of multiple cells, some of which are living and most of
which are non-living.
cells are part of a continuous membrane system, and are not individual living entities.
all living things are composed of at least one living cell.
DNA is a double helix in shape and is directly related to heredity and genetic traits.
The Cell Theory of Schleiden and Schwann was very important in establishing that...
all living things are always composed of multiple cells, some of.
Tractatus vision system evolution in metazoan-RESEARCHGATE luisetto m et al 2020
Tractatus vision system evolution in metazoan-RESEARCHGATE luisetto m et al 2020M. Luisetto Pharm.D.Spec. Pharmacology
BOOKCuckoo Search Optimization of Blebs in Human Embryonic Stem Cells
ABSTRACT: The main aim of this project is to segment the bleb from human embryonic stem cells (hESC). The behavior of bleb can be used to distinguish apoptotic bleb from the healthy bleb. The health of the human embryonic stem cells can be determined using the portion of bleb formed on the surface of the stem cells. The complete bleb formation contains bleb extraction and retraction. This paper uses the active contour algorithm for the segmentation of bleb from human embryonic stem cells. The output of the segmentation, input video and area of bleb can be used as an input to the optimization process. The cuckoo search algorithm is utilized for optimization, which inspired from the brooding parasitism will enhance the segmentation result. The proposed method attains the quick and accurate analysis in the bleb extraction process
Epi-Fluorescence Microscopy: Explore Its Amazing Powers and Uses | The Lifesc...
Epi-Fluorescence Microscopy: Explore Its Amazing Powers and Uses | The Lifesc...The Lifesciences Magazine
Epi-fluorescence microscopy, also known as epifluorescence microscopy, is a specialized imaging technique that utilizes fluorescence to illuminate specimens of interest.Tissue regeneration is an emerging and exciting biomedical field. As.pdf
Tissue regeneration is an emerging and exciting biomedical field. As a scientist, choose either an
adult stem cell population or embryonic stem cells as a model system to develop a technique for
growing artificial limbs in culture. Be sure to explain why you chose your particular stem cell
and the drawbacks associated with the one that you did not choose for your experiments.
Solution
In tissue regeneration scientists choose only embryonic stem cells as a models system to develop
a technique for growing artificial limbs in culture. In case of salamanders have unusual and very
desirable characteristics of being able replicate limb. When salamanders loses a limb does not
form scab. Instead a wound epidermis forms it known as apical epithelial cells they form
blastema. This knob of stem cells is then able completely regenerate the limb, these blastemata
like MRL mice act as embryonic stem cells.
Embryonic stem cells:
1. It is pluripotent i.e., differentiate into 3 of the primary germ layers (ectoderm, endoderm,
mesoderm) this indicates that embryonic stem cells can potentially differentiate into adult human
cell if stimulated right way
Drawbacks of adult stem cells:
1.It is multipotent meaning that each can only produced limited cell type.
2. Unlike embryonic stem cells, they are much scarcer and harder to culture
so its not choosen by scientist to develop for growing artificial limbs in culture..
Nematode identification techniques.pptx
Nematodes are elongate, cylindrical, unsegmented worms. In elongate-cylindrical species the
anterior end is usually bluntly rounded with the oral aperture (mouth opening) terminal. The
posterior end may be bluntly rounded or pointed; sometimes it is tapered to a point or it may be long and filiform. Nematode identification is needed for the purposes of understanding nematode diversity, designing efficient management strategies, avoiding spreading of exotic nematodes in quarantine materials. So many methods of nematode identification has been generated over decades. Most of them are based on morphology which is also comes under classical identification techniques, but with the up-gradation of science several methods has been evolved. Among them different techniques has been mentioned here which are mainly based on the molecular tools for identification of the nematodes in a molecular level.
The cell and its evolution. Camila Duncan
The cell and Its evolution, and some news related.
Medicine, 3rd semester.
Camila Duncan
Do markets erode moral valuesDo markets erode moral values.pdf
Do markets erode moral values?
Do markets erode moral values?
Solution
Marekets affects moral values as their are many examples we can consider, for instance many
people take stand against child labor, exploitations done to the worforce, cruelty against animals
for meat etc. Therefore its a long lasting, debatable topic. It also depends on what kind of market
it is individual, bilateral or multilateral.
Many researches and studies shows that when there is only one party then that particular party
get more guilt while in bilateral market the guilt is shared so it diminishes and in multilateral
market the percentage of eroding moral values are much higher than that in bilateral and
individual. In markets, many people ignore their own ethics, morals, rules etc.
Concept Simulation 25.2 illustrates the concepts pertinent to this pr.pdf
Concept Simulation 25.2 illustrates the concepts pertinent to this problem. A 2.50-cm-high
object is situated 17.1 cm in front of a concave mirror that has a radius of curvature of 8.39 cm.
Calculate the location and the height of the image.
Solution
h = 2.50 cm, u = - 17.1 cm
f = R/2 = -8.39 / 2 = - 4.195 cm
1/v + 1/u = 1/f
v = [f * u] / [u - f] = [- 17.1 *- 4.195] / [- 17.1 + 4.195]
= - 5.56 cm [the left of itself ]
--------------------------------------------------
magnification = m = h\'/ h = - v/u
h\' / 2.50 = - [- 5.56 /- 17.1]
h\' = - 0.813 cm [image is inverted].
More Related Content
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Environmental Shotgun Sequencing
Eisen JA (2007) Environmental Shotgun Sequencing: Its Potential and Challenges for Studying the Hidden World of Microbes. PLoS Biol 5(3): e82. doi:10.1371/journal.pbio.0050082
Experimenting with posting OpenAccess papers on Slideshare
please helpViruses are classified into which one of the three Doma.pdf
please help
Viruses are classified into which one of the three Domains?
Archaea
Bacteria
Eukarya
Viruses are not considered to be members of any of the domains.
Which statement is true of the comparison of diffusion and osmosis?
Diffusion involves liquids or gasses, where osmosis only relates to gasses.
Diffusion must always be facilitated, it will not occur passively.
Osmosis relates to molecules that are too big to pass through the cell membrane by themselves.
Osmosis is a special type of diffusion that involves water movement across a membrane.
What is assumed to be the advantage of the long, folded inner membrane of the mitochondria?
What do the folds of the inner membrane do to make the mitochondrion more efficient?
cool off the cell\'s interior
allow for a place to store the mitochondrial DNA
increased surface area for reactions
None of these are correct regarding the folded inner membrane of mitochondria.
Which structures within a cell are responsible for making the ATP molecules used for cellular
energy?
rough ER
smooth ER
lysosomes
mitochondria
Given that a cell\'s structure reflects its function, what do you predict would be the function of an
animal cell with a very large amount of Golgi apparatus inside of it?
movement within the animal using cilia and flagella
cell growth and division management
secretion of lipids for use in insulating tissue
storage of pigmentation molecules
The cellular cytoskeleton of eukaryotes contains which of these types of protein fibers?
microtubules
intermediate filaments
microfilaments (actin filaments)
All of these types of fibers are involved in the cytoskeleton.
How is an individual cell identified by the organism in which it lives (assuming we are talking
about a multicellular organism)? How does a cell show itself as \"friendly\" to the immune
system in humans, for example?
the size and particular shape of the cell determine it\'s identity
the types of phospholipids in the bilayer determines the cell\'s identity
carbohydrate and protein pieces in and on the cell membrane identify the cell
All of these are correct in determining the cell\'s identity.
What is the term for the model used by biologists to describe the various proteins, carbohydrates,
and other molecules that make up the cell membrane, and their structure and function?
the gel electrophoresis model
the fluid mosaic model
the egg cell model
the triphosphate model
The Cell Theory of Schleiden and Schwann was very important in establishing that...
all living things are always composed of multiple cells, some of which are living and most of
which are non-living.
cells are part of a continuous membrane system, and are not individual living entities.
all living things are composed of at least one living cell.
DNA is a double helix in shape and is directly related to heredity and genetic traits.
The Cell Theory of Schleiden and Schwann was very important in establishing that...
all living things are always composed of multiple cells, some of.
Tractatus vision system evolution in metazoan-RESEARCHGATE luisetto m et al 2020
Tractatus vision system evolution in metazoan-RESEARCHGATE luisetto m et al 2020M. Luisetto Pharm.D.Spec. Pharmacology
BOOKCuckoo Search Optimization of Blebs in Human Embryonic Stem Cells
ABSTRACT: The main aim of this project is to segment the bleb from human embryonic stem cells (hESC). The behavior of bleb can be used to distinguish apoptotic bleb from the healthy bleb. The health of the human embryonic stem cells can be determined using the portion of bleb formed on the surface of the stem cells. The complete bleb formation contains bleb extraction and retraction. This paper uses the active contour algorithm for the segmentation of bleb from human embryonic stem cells. The output of the segmentation, input video and area of bleb can be used as an input to the optimization process. The cuckoo search algorithm is utilized for optimization, which inspired from the brooding parasitism will enhance the segmentation result. The proposed method attains the quick and accurate analysis in the bleb extraction process
Epi-Fluorescence Microscopy: Explore Its Amazing Powers and Uses | The Lifesc...
Epi-Fluorescence Microscopy: Explore Its Amazing Powers and Uses | The Lifesc...The Lifesciences Magazine
Epi-fluorescence microscopy, also known as epifluorescence microscopy, is a specialized imaging technique that utilizes fluorescence to illuminate specimens of interest.Tissue regeneration is an emerging and exciting biomedical field. As.pdf
Tissue regeneration is an emerging and exciting biomedical field. As a scientist, choose either an
adult stem cell population or embryonic stem cells as a model system to develop a technique for
growing artificial limbs in culture. Be sure to explain why you chose your particular stem cell
and the drawbacks associated with the one that you did not choose for your experiments.
Solution
In tissue regeneration scientists choose only embryonic stem cells as a models system to develop
a technique for growing artificial limbs in culture. In case of salamanders have unusual and very
desirable characteristics of being able replicate limb. When salamanders loses a limb does not
form scab. Instead a wound epidermis forms it known as apical epithelial cells they form
blastema. This knob of stem cells is then able completely regenerate the limb, these blastemata
like MRL mice act as embryonic stem cells.
Embryonic stem cells:
1. It is pluripotent i.e., differentiate into 3 of the primary germ layers (ectoderm, endoderm,
mesoderm) this indicates that embryonic stem cells can potentially differentiate into adult human
cell if stimulated right way
Drawbacks of adult stem cells:
1.It is multipotent meaning that each can only produced limited cell type.
2. Unlike embryonic stem cells, they are much scarcer and harder to culture
so its not choosen by scientist to develop for growing artificial limbs in culture..
Nematode identification techniques.pptx
Nematodes are elongate, cylindrical, unsegmented worms. In elongate-cylindrical species the
anterior end is usually bluntly rounded with the oral aperture (mouth opening) terminal. The
posterior end may be bluntly rounded or pointed; sometimes it is tapered to a point or it may be long and filiform. Nematode identification is needed for the purposes of understanding nematode diversity, designing efficient management strategies, avoiding spreading of exotic nematodes in quarantine materials. So many methods of nematode identification has been generated over decades. Most of them are based on morphology which is also comes under classical identification techniques, but with the up-gradation of science several methods has been evolved. Among them different techniques has been mentioned here which are mainly based on the molecular tools for identification of the nematodes in a molecular level.
The cell and its evolution. Camila Duncan
The cell and Its evolution, and some news related.
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Similar to Which of the following model organisms would be the best choice if y.pdf (20)
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Do markets erode moral valuesDo markets erode moral values.pdf
Do markets erode moral values?
Do markets erode moral values?
Solution
Marekets affects moral values as their are many examples we can consider, for instance many
people take stand against child labor, exploitations done to the worforce, cruelty against animals
for meat etc. Therefore its a long lasting, debatable topic. It also depends on what kind of market
it is individual, bilateral or multilateral.
Many researches and studies shows that when there is only one party then that particular party
get more guilt while in bilateral market the guilt is shared so it diminishes and in multilateral
market the percentage of eroding moral values are much higher than that in bilateral and
individual. In markets, many people ignore their own ethics, morals, rules etc.
Concept Simulation 25.2 illustrates the concepts pertinent to this pr.pdf
Concept Simulation 25.2 illustrates the concepts pertinent to this problem. A 2.50-cm-high
object is situated 17.1 cm in front of a concave mirror that has a radius of curvature of 8.39 cm.
Calculate the location and the height of the image.
Solution
h = 2.50 cm, u = - 17.1 cm
f = R/2 = -8.39 / 2 = - 4.195 cm
1/v + 1/u = 1/f
v = [f * u] / [u - f] = [- 17.1 *- 4.195] / [- 17.1 + 4.195]
= - 5.56 cm [the left of itself ]
--------------------------------------------------
magnification = m = h\'/ h = - v/u
h\' / 2.50 = - [- 5.56 /- 17.1]
h\' = - 0.813 cm [image is inverted].
Based on what you have learned about the aquatic environment and the .pdf
Based on what you have learned about the aquatic environment and the life needs and
adaptations of planktonic and benthic organisms found in it, What changes do you expect in
abiotic conditions in or just above the sediments to those in the water column at the same site?
How might the species of organisms and their abundance differ between those habitats, and
might any differences be related to differences in abiotic conditions? What differences might
you expect in the water column at a deep site versus a shallow site?
Solution
The variations in the abiotic components in a n aquatic ecosytem between the sedimentary zone
and the water column basically lies in the difference in the functionality of the components of the
ecosystem. These variations result due to the activity of the biotic components also.
The sedimentation zones are analogous to the to soil of the terrestrial ecosystem and tthey are the
sources of substrate nutrients.aquatic sediments are derived from and comprise of natural ,
physical,chemical and biologicaal components related to their water sheds.
fast moving waters have coarse grained sediments while the quiscent or the still waters contain
fine grained sediments. Organic matter are derived from the decomposing of the plant and the
animal tissue and hence is rich in nutrients like the phosphates and nitrates . It is the zone where
maximum decompositional activity takes place.. The dissolved chemicals reflect the nature of the
organic and inorganic matter of the sediments.
While the column of the water at the same site may not be rich in the sediments but may have
floating sediments and the nutrients like the nitrates and phosphates may be at a lower
concentration when compared to the sedimental zone due to lack of the decomposing matter.
2. DIversity of organisms and their abundance :
The organisms that occur in the water column and the sedimental zone varies.This is mainly
because of the differences in their habitat and nutritional requirements.
The sedimental zone is rich in decomposing bacteria and other detritus organisms while the
water column may support planktons both phyto and zoo plankton. free floating algae, the
plankton diversity also varies according to their light requirement , oxygen requirement etc..
A) If A, then B. If B, then C. Therefore, if A, then C There are 350.pdf
A) If A, then B. If B, then C. Therefore, if A, then C There are 350 million Americans. Only
50,000 Americans have ever been to Siberia. Sarah is a randomly selected American. Therefore,
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Solution.
Describe the therapeutic goal in treating acid-peptic disease.So.pdf
Describe the therapeutic goal in treating acid-peptic disease.
Solution
The therapeutic goal in treating acid-peptic disease include the following:
Relief from the symptoms such as pain that occurs in between meals in the middle or upper
portion of stomach , bloating, heart burn anf nausea.
Healing of the ulcer that has affected the mucosal part of esophagus, stomach and duodenum.
Prevention of reoccurrence of the ulcer.
Synthesis of drugs such as histamine H2-receptor antagonists.
Synthesis of drugs such as proton-pump inhibitors (PPIs) that bind to H+,K+-ATPase
irreversibly thereby blocking the final step of gastric acid secretion.
Synthesis of antibiotics against H. pylori which can cause peptic ulcers..
Compare structure and culture of two or more firms. Which would you .pdf
Compare structure and culture of two or more firms. Which would you prefer to work for?
no spam or plagiarism complete answer.... ..
Solution
S.No.
Particulars
Firm A (MNC in FMCG industry)
Firm B ( Domestic Manufacturer in FMCG industry)
1
Organization structure
Line Structure with functional Breakup and Project Structure. Both structure are interwoven with
each other. Here, organizational objective is at prime focus. More attention is given on team
work.
Line structure with functional breakup. People follow their regular job and functional interest is
given due consideration.
2
Flow of Information
Top-Down, Bottom-up and parallel
Top-Down
3
Culture
Strong organizational Culture. It binds people through shared assumption and knowledge. Core
is developed through Strong values.
Weak Organizational Culture. It is less binding in nature and people rely more on rule books.
4
Reliance on Written Rules
Lesser Reliance
Strong Reliance
5
Technology
Excessive use of Technology
Lesser use of Technology
6
Change management approach
Emergent change approach
Planned change approach
I would like to work for MNC in FMCG industry because it gives me delegation of authority and
encourages me to work as a team that is the necessary ground of any successful initiative.
Note:
Actual Name of the company cannot be disclosed due to violation of the right to use the name /
brand and related issues.
S.No.
Particulars
Firm A (MNC in FMCG industry)
Firm B ( Domestic Manufacturer in FMCG industry)
1
Organization structure
Line Structure with functional Breakup and Project Structure. Both structure are interwoven
with each other. Here, organizational objective is at prime focus. More attention is given on
team work.
Line structure with functional breakup. People follow their regular job and functional interest is
given due consideration.
2
Flow of Information
Top-Down, Bottom-up and parallel
Top-Down
3
Culture
Strong organizational Culture. It binds people through shared assumption and knowledge. Core
is developed through Strong values.
Weak Organizational Culture. It is less binding in nature and people rely more on rule books.
4
Reliance on Written Rules
Lesser Reliance
Strong Reliance
5
Technology
Excessive use of Technology
Lesser use of Technology
6
Change management approach
Emergent change approach
Planned change approach.
WRITE A program that displays the values in the list numbers in desc.pdf
WRITE A program that displays the values in the list numbers in descending order sorted by the
sum of their digits that odd numbers . sorted by sum of odd digits: [1169, 290, 865, 1243, 1208]
Solution
python program:
list1=[];
list2=[];
print \"Enter number of variables:\";
size=input();
for i in range(size):
print \"Enter variable\",i+1;
v=input();
list1.append(v);
for number in list1:
n=number;
m=0;
while n>0:
r=n%10;
if r%2==1:
m=m+r;
n=n/10;
list2.append(m);
print \"list before ordering\";
print list1;
for num1 in range(len(list2)):
for num2 in range(num1+1,len(list2)):
if list2[num1].
What is an oligopotent stem cell and what is an exampleSolution.pdf
What is an oligopotent stem cell and what is an example?
Solution
Oligopotent cell lines have the ability to transform in to quite a limited number of several other
types of cells,an example of which is a myeloid cells ,B cells,T cells,plasma cells or the cells
comprising the lymphoid system.An example of Oligopotent cells are myeloid cell can
differentiate in to any of the blood stem cells found in the lymphatic system.
What are 4 different types of CVI systemsSolutionThe four typ.pdf
What are 4 different types of CVI systems?
Solution
The four type of CVI i.e, Chemical VapourInfiltration system are;
1. Carbon-Carbon with Kerosene/ Methane as common precursor.
2. Carbon-Silicon Carbide with CH3SiCl3H2 as common precursor.
3. SiliconCarbide-Silicon Carbide with CH3SiCl3H2 as common precursor.
4. Alumina-Alumina with AlCl3CO2H2 as common precursor.
Why is RNA more prone than DNA to forming secondary structures.pdf
Why is RNA more prone than DNA to forming secondary structures?
Solution
DNA has limited catalytic ability because it lacks functional groups that can participate in
catalysis and has a regular structure that is not conducive to forming shapes required for
catalysis.RNA molecules can catalyze some reactions because they have exposed hydroxyl
functional groups and can fold into shapes that then can function in catalysis.The increased
stability of RNA duplexes allows for highly diverse secondary and tertiary structures..
What are the advantages and disadvantage of using the metric system o.pdf
What are the advantages and disadvantage of using the metric system of measurements?
Solution
Answer:
Advantages:
(1) Its based on decimal system instead of fractions which makes it a simpler system.
(2) Has one unit for each quantity which eliminates the need of conversion.
(3) It is universally accepted system.
Disadvantages:
(1) Difficult to make one acquainted with the metric system who is already using imperial units.
(2) Difficult to use with fractions..
Write a C program that reads the words the user types at the command.pdf
Write a C program that reads the words the user types at the command prompt (using the \'int
argc, char * argv[] and store each unique letter in a Binary Search Tree. When a duplicate is
encountered do not store the letter again and instead keep track of the count in the tree. Once the
Binary Search tree has been created print out the tree both inorder and reverse order. Also print
the highest and lowest alphabetically letter in the tree if any.
Solution
# include
# include
# include
typedef struct BST {
int data;
struct BST *lchild, *rchild;
} node;
void insert(node *, node *);
void preorder(node *);
findMinimum(struct node* root)
findMaximum(struct node* root)
void reverseLevelOrder(struct node* root)
void main(int argc,char argv) {
char argv = \'N\';
int key;
node *new_node, *root, *tmp, *parent;
node *get_node();
root = NULL;
clrscr();
printf(\"\ Program For Binary Search Tree \");
do {
printf(\"\ 1.Create\");
printf(\"\ 2.Search\");
printf(\"\ 3.Recursive Traversals\");
printf(\"\ 4.Exit\");
printf(\"\ Enter your choice :\");
scanf(\"%d\", &argc);
switch (argc) {
case 1:
do {
new_node = get_node();
printf(\"\ Enter The Element \");
scanf(\"%d\", &new_node->data);
if (root == NULL) /* Tree is not Created */
root = new_node;
else
insert(root, new_node);
printf(\"\ Want To enter More Elements?(y/n)\");
argv= getch();
} while (argv == \'y\');
break;
case 2:
if (root == NULL)
printf(\"Tree Is Not Created\");
else {
printf(\"\ The Preorder display : \");
preorder(root);
}
break;
}
} while (argv != 4);
}
/*
Get new Node
*/
node *get_node() {
node *temp;
temp = (node *) malloc(sizeof(node));
temp->lchild = NULL;
temp->rchild = NULL;
return temp;
}
/*
This function is for creating a binary search tree
*/
void insert(node *root, node *new_node) {
if (new_node->data < root->data) {
if (root->lchild == NULL)
root->lchild = new_node;
return newNode(key);
else
insert(root->lchild, new_node);
}
if (new_node->data > root->data) {
if (root->rchild == NULL)
root->rchild = new_node;
return newNode(key);
else
insert(root->rchild, new_node);
}
}
if (key == node->key)
{
(node->count)++;
return node;
}
/*
This function displays the tree in preorder fashion
*/
void preorder(node *temp) {
if (temp != NULL) {
printf(\"%d\", temp->data);
preorder(temp->lchild);
preorder(temp->rchild);
}
}
// Returns maximum value in a given Binary Tree
int findMaximum(struct node* root)
{
// Base case
if (root == NULL)
return INT_MAXIMUM;
// Return maximum of 3 values:
// 1) Root\'s data 2) Max in Left Subtree
// 3) Max in right subtree
int res = root->data;
int lres = findMaximum (root->lchild);
int rres = findMaximum (root->rchild);
if (lres > res)
res = lres;
if (rres > res)
res = rres;
return res;
}
// Returns minimum value in a given Binary Tree
int findMinimum(struct node* root)
{
// Base case
if (root == NULL)
return INT_MINIMUM;
// Return minimum of 3 values:
// 1) Root\'s data 2) Max in Left Subtree
// 3) Max in right subtree
int res = root->data;
int lres = findMinimum(r.
What happens to jointly held stock between two siblings when one .pdf
What happens to jointly held stock between two siblings when one dies. How should this
property be reported
What happens to jointly held stock between two siblings when one dies. How should this
property be reported
Solution
All of the stocked are transferred in the name of survived sibling , after verification of death
certificate.
To write a program that implements the following C++ concepts 1. Dat.pdf
To write a program that implements the following C++ concepts 1. Data Encapsulation 2.
Instantiate classes 3. Composition Class 4. Aggregation Class 5. Dynamic Memory 6. File
Stream Make a program that reads a file and can generate reports. Each file will have phone calls
records (see section 4). The program will process the data gathering all minutes and total amount
for each report. The program should have a menu (see section 1): 1. New Report – this option
will ask a file name (TE??????.tel). This option will instantiate an object of Report class, loading
the whole file into memory. 2. Delete a report – this option will display all reports available in
memory and ask which one you would like to delete. 3. Display a report – this option will
display all reports available in memory and ask you which one you would like to generate a
report. 4. Exit – Program ends. For option 1, you do not know how many reports are, meaning
that you will create dynamically the reports. For long distance calls the formula will be (minutes
call x $1.50). For local phone calls the formula will be (minutes call x $0.25)
--------------------------------------------------------------------------------------------------------------------
----------------------------
//Main.cpp
*#define between(x,y,z) ((x>=y && x<=z)? true:false)
#include
#include
#include
#include \"Data.h\"
#include \"Report.h\"
#include \"Menu.h\"
using namespace std;
//uses class Report to create reports
//uses class Menu to display a menu to choose
int main() {
int idx = 0;
int count = idx;
Menu menu(\"Reports\");
Data temp;
string fileName;
Report* phoneCompany;
Report* newReport(Report*, int&);
Report* deleteReport(Report*, int&, int);
int displayReport(Report*, int);
bool fileNameExists(string);
menu.addMenuItem(\"New Report\");
menu.addMenuItem(\"Delete a Report\");
menu.addMenuItem(\"Display a Report\");
ofstream openFile;
phoneCompany = NULL;
phoneCompany = new Report[count];
do {
cout << menu;
cin >> menu;
switch (menu.getChoice()) {
case \'1\':
cout << \"\ \\tEnter report name (TE??????): \";
cin >> fileName;
openFile.open(fileName + \".tel\");
if (openFile.good()) {
cout << \"\ \\tReport succesfully created.\ \";
phoneCompany[count].setFileName(fileName);
count++;
}
else {
cout << \"\ \\terror: Could not create report.\ \";
}
break;
case \'2\':
if (count != 0) {
do {
system(\"cls\");
cout << \"\ \ \\tDelete a Report:\ \ \";
idx = displayReport(phoneCompany, count);
if (between(idx, 0, count - 1)) {
phoneCompany = deleteReport(phoneCompany, count, idx);
idx = 0;
}
else
cout << \"\ \\terror: Report could not be deleted.\ \";
} while (idx != count);
}
else {
cout << \"\ \ \\tNo reports to delete.\ \ \";
system(\"pause\");
}
break;
case \'3\':
if (count != 0) {
do {
system(\"cls\");
cout << \"Display a Report:\ \ \";
idx = displayReport(phoneCompany, count);
system(\"cls\");
cout << \"\ \\t\" << phoneCompany[idx].getFileName();
cout << \"\ \ \\tWould you like to edit the report?\";
cout << \.
The HER incentive programs incentive payments to eligible hospitals, .pdf
The HER incentive programs incentive payments to eligible hospitals, and CAHs: to adopt,
implement, upgrade, or demonstrate meaningful use of CEHRT to donate technology to
understand and rural areas to participate in clinical trials Whish of the following entities is
charged with managing the federal HER incentive programs? CMS ONCHIT congress Which
of the following organizations is the principal federal entity charged with coordination of
nationwide efforts to implement and use the most advanced HIT and the electronic of health
information? CMD AHRQ ONCHIT The law that ended preexisting condition exclusions for
children (health plans can no longer limit or deny benefits to children younger than 19 because
of a preexisting condition)is: HIPAA HITECH PPACA The CLIA of 1988: eliminates the
exception under the HIPAA privacy rule to an individual\'s right to access his or her protected
health information when it id held by a CLIA-certified or CLIA-exempt laboratory. Created the
exception under the security rule to an individual\'s right to access his or her protected health
information when it id held by a CLIA-certified or CLIA-exempt laboratory. determined that
patients may not access their protected health information when it is held by a CLIA-certified or
CLIA-exempt laboratory. Project HealthDesign was a groundbreaking national program of
Robert wood Johnson foundation\'s pioneer portfolio, designed to spark innovation in: Personal
health technology EHR robotics
Solution
8) CMS
7) a
9)c. ONCHIT
10)c. PPAC
11)a.e eliminated the exception
12)a. Personal health technology.
The comet Shoemaker-Levy 9 broke up into a number of pieces called t.pdf
The comet Shoemaker-Levy 9 broke up into a number of pieces called the ‘string of pearls’ as it
approached close to Jupiter. The breakup happened because of the
__________________________________ of Jupiter. (Fill in the blank)
Solution
Differential pull of the planet\'s enormous gravitational force on the near and far sides of the
comet fragmented it into 21 or more large pieces and an enormous amount of smaller debris.
The existence of universal values is still a matter of debate. But e.pdf
The existence of universal values is still a matter of debate. But even in situations where it is no
clear common ground, Donaldson’s ethical algorithm can help by allowing one to consider if the
economic development levels are different between two countries, whether or not the act would
be considered moral if the two countries have equivalent economies. TRUE or FALSE
Solution
TRUE.
The c program will implement the Caesar Cipher. Your program shou.pdf
\" The c program will implement the Caesar Cipher. Your program should take a command line
argument, which will be the offset, while the input through standard in will be the part that will
be rotated(encrypted/decrypted). To simplify this assignment you will only need to rotate
characters that are alpha characters (letters). No other characters should be rotated. You can also
assume that the input will only be a single line long. Your script will take a single command line
argument, which will be the rotation argument to the Caesar c program you wrote above. Your
script should then call the \"Program2_2.\" you wrote each of the .enc files. Your script should
output a .dec file for each .enc file that exists. \"
Solution
#include
#include
#define MAXSIZE 1024
void encrypt(char*);
void decrypt(char*);
int menu();
int
main(void)
{
char c,
choice[2],
s[MAXSIZE];
while(1)
{
menu();
gets(choice);
if((choice[0]==\'e\')||(choice[0]==\'E\'))
{
puts(\"Input text to encrypt->\");
gets(s);
encrypt(s);
}
else if((choice[0]==\'d\')||(choice[0]==\'D\'))
{
puts(\"Input text to decrypt->\");
gets(s);
decrypt(s);
}
else
break;
}
return 0;
}
void encrypt(char*str)
{
int n=0;
char *p=str,
q[MAXSIZE];
while(*p)
{
if(islower(*p))
{
if((*p>=\'a\')&&(*p<\'x\'))
q[n]=toupper(*p + (char)3);
else if(*p==\'x\')
q[n]=\'A\';
else if(*p==\'y\')
q[n]=\'B\';
else
q[n]=\'C\';
}
else
{
q[n]=*p;
}
n++; p++;
}
q[n++]=\'\\0\';
puts(q);
}
void decrypt(char*str)
{
int n=0;
char *p=str,
q[MAXSIZE];
while(*p)
{
if(isupper(*p))
{
if((*p>=\'D\')&&(*p<=\'Z\'))
q[n]=tolower(*p - (char)3);
else if(*p==\'A\')
q[n]=\'x\';
else if(*p==\'B\')
q[n]=\'y\';
else
q[n]=\'z\';
}
else
{
q[n]=*p;
}
n++; p++;
}
q[n++]=\'\\0\';
puts(q);
}
int menu()
{
puts(\"To encrypt, input e or E\ \");
puts(\"To decrypt, input d or D\ \");
puts(\"To exit, input any other letter\ \");
puts(\"Your choice:->\ \");
return 0;
}.
Amino acids are acids because they contain which functional group S.pdf
Amino acids are acids because they contain which functional group? Select one: a. carboxyl b.
sulfhydryl c. carbonyl d. methyl e. amino
Solution
Amino acids possess acidic nature due to the presence of Carboxylic group I.e. CooH group.
The CooH group has the capability to donate H+ or proton, so it act as an acid.
According to Branstead lowry theory, compound that release H+ ion is called Acid. And due to
the presence of CooH group, Amino acid act like acid.
Suppose that theta is an acute angle of a right triangle and tan (the.pdf
Suppose that theta is an acute angle of a right triangle and tan (theta) = 4 Squareroot 2/7. Find
sin(theta) and cos(theta).
Solution
given tan =(42)/7
tan =oppositeside/adjacent side =(42)/7
oppositeside=42 ,adjacent side=7
hypotenuse2=opposite side2+adjacent side2
hypotenuse2=(42)2+72
hypotenuse2=81
hypotenuse=9
sin =oppositeside/hypotenuse=(42)/9
cos =adjacentside/hypotenuse=7/9.
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