Which of the following statements about Stanley Miller’s experiment .pdf
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Which of the following statements about Stanley Miller’s experiment and early Earth is/are true? (Select all that apply.) Miller’s experiment yielded life from inorganic molecules. Miller’s experiment mimicked conditions around deep-sea hydrothermal vents. The experiment did not include oxygen because the earliest Earth lacked oxygen in its atmosphere. Miller’s prebiotic simulation has been repeated by other scientists. Miller’s experiment yielded RNA, the genetic material for the earliest life Solution It has 2 answers: ->Miller’s experiment yielded life from inorganic molecules ->The experiment did not include oxygen because the earliest Earth lacked oxygen in its atmosphere. The main purpose was to create organic compounds from compounds(inorganic compounds) of past life and the new life is dependant on the inoganic compounds..
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Stanley Miller experiment explains the origin and evolution of earth.pdf
Stanley Miller experiment explains the origin and evolution of earth. he explains how life is
formed from the organic matter. Stanley Miller has created an atmosphere of early earth in lab
with water, chemicals like methane, ammonia , hydrogen, electric lightning etc. and showed that
organic molecule like amino acid could be formed from inorganic precursors. Life requires
carbon containing organic molecules and thus he explined the origin of life.
Solution
Stanley Miller experiment explains the origin and evolution of earth. he explains how life is
formed from the organic matter. Stanley Miller has created an atmosphere of early earth in lab
with water, chemicals like methane, ammonia , hydrogen, electric lightning etc. and showed that
organic molecule like amino acid could be formed from inorganic precursors. Life requires
carbon containing organic molecules and thus he explined the origin of life..
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Lecture 03 (2 09-2021) early earth
Unit 3: Microbiology of Early Earth
LECTURE LEARNING GOALS
• Describe the early Earth environment, and prevailing theories for the origins of life.
• Describe the major events in the evolution of cellular life, and when they happened.
• Explain the lines of evidence that lead us to know when early life arose, and the scientific basis behind each line.
Recommended
Stanley Miller experiment explains the origin and evolution of earth.pdf
Stanley Miller experiment explains the origin and evolution of earth. he explains how life is
formed from the organic matter. Stanley Miller has created an atmosphere of early earth in lab
with water, chemicals like methane, ammonia , hydrogen, electric lightning etc. and showed that
organic molecule like amino acid could be formed from inorganic precursors. Life requires
carbon containing organic molecules and thus he explined the origin of life.
Solution
Stanley Miller experiment explains the origin and evolution of earth. he explains how life is
formed from the organic matter. Stanley Miller has created an atmosphere of early earth in lab
with water, chemicals like methane, ammonia , hydrogen, electric lightning etc. and showed that
organic molecule like amino acid could be formed from inorganic precursors. Life requires
carbon containing organic molecules and thus he explined the origin of life..
1.9 Abiogenesis.pdf
Describes the current state of knowledge in relation to how life arose from non-life on Earth
Lecture 03 (2 09-2021) early earth
Unit 3: Microbiology of Early Earth
LECTURE LEARNING GOALS
• Describe the early Earth environment, and prevailing theories for the origins of life.
• Describe the major events in the evolution of cellular life, and when they happened.
• Explain the lines of evidence that lead us to know when early life arose, and the scientific basis behind each line.
Life Sciences
TOPICS:
• THE CONCEPT OF LIFE
• WHAT QUALIFIES SOMETHING AS “LIVING”?
o MOVEMENT
o SENSITIVITY
o DEATH
o COMPLEXITY
• THEORIES ON THE ORIGIN OF LIFE
o EXTRATERRESTRIAL ORIGIN
o PANSPERMIA
o DIVINE CREATION
o ORIGIN FROM NONLIVING MATTER (PHYSICO-CHEMICAL THEORY)
• FORMATION OF THE FIRST CELL
• EARLY LIFE FORMS
The Historical Development of the Concept of Life
Earth and Life Sciences for Senior High School by Duyanen and Andaya pages 176-179
My fun and colorful grade 11 report on Life Sciences 2nd semester of A.Y. 2016-2017 under Ms. Lagmay
Part AJean Baptiste de Lamarck is best known for his Theory of In.pdf
Part A:
Jean Baptiste de Lamarck is best known for his Theory of Inheritance of Acquired
Characteristics, first presented in 1801. Here are some of the basic theories of Lamarckism:
The theory of evolution by natural selection, first formulated in Darwin\'s book \"On the Origin
of Species\" in 1859, is the process by which organisms change over time as a result of changes
in heritable physical or behavioral traits. The main points regarding Darwinism are as follows:
Darwin\'s theory has been supported by a lot of evidence. Hence, it was accepted by the
scientific community during his time. Lamarck\'s Theory of Inheritance of Acquired
Characteristics has been disproved. This was done in two major ways. The first is by experiment.
We have seen through many real examples and observations that changes that occur in an animal
during life are not passed on to the animal\'s offspring. If a dog\'s ears are cropped short, its
puppies are still born with long ears. The other way that Lamarck\'s theory has been proven
wrong is the study of genetics. Darwin knew that traits are passed on, but he never understood
how they are passed on. During the time when Darwin\'s first book first came out, Gregor
Mendel, who discovered genetics, was just starting his experiments. These and other examples
show that Lamarck\'s theory does not explain how life formed and became the way it is.
Part B:
(i) Alfred Russel Wallace: He discovered the concept of evolution by natural selection. Although
he is now rarely mentioned as the discoverer (Darwin, who discovered the theory independently,
is usually cited) Wallace enjoyed a very high reputation in his lifetime and was awarded many of
science’s most prestigious awards.Alfred Russel Wallace did not exactly influence Charles
Darwin, but rather was his contemporary and collaborated with Darwin on solidifying his Theory
of Evolution through Natural Selection.The two pooled their data to present the idea jointly to
the Linnaean Society of London.
(ii)Stanley Miller: He was an American chemist who designed the first experiment to produce
organic molecules from some of the inorganic components of the Earth’s prebiotic atmosphere.
Miller’s procedure (which was co-designed by Harold Urey and is known as the Miller-Urey
experiment) contained three key elements: a heated pool of water meant to simulate the primitive
Earth’s ocean; an atmosphere of water vapour, methane, ammonia, and molecular hydrogen; and
storms of “lightning” in the form of continuous electric discharges. After one week, 10–15% of
the system’s carbon was found in organic molecules such as amino acids, the building blocks of
proteins. Miller’s experiment was not only a groundbreaking moment for research into the origin
of life on Earth but also a breakthrough that captured the popular imagination and gave rise to
the term prebiotic soup. Miller\'s experiment was important because it showed that organic
compounds such as amino acids, which are essential to cellular .
Scientists Contributions Stanley Miller Conducted an experiment .pdf
Scientists Contributions Stanley Miller Conducted an experiment which demonstrated that
several organic compounds could be formed spontaneously by simple chemical processes from
inorganic substances. Alexander Oparin Contributions include the \'theory of the origin of life
on Earth\' . According to the theory, life evolved in the oceans during a period when the
atmosphere was reducing and containing reduced H2, H2O, NH3, CH4, and CO2, but no free O
Sidney Fox Contributions include the discoveries on the origins of life by exploring the synthesis
of amino acids from inorganic molecules etc., John Ussher Contributions include the strong
suggestions to the long-running theological debate on the age of the Earth Carlos Linnaeus
Contributions include the formalisations of the modern system of naming organisms Jean
Baptiste Lamark Proposed a full-blown theory of evolution
Solution
Scientists Contributions Stanley Miller Conducted an experiment which demonstrated that
several organic compounds could be formed spontaneously by simple chemical processes from
inorganic substances. Alexander Oparin Contributions include the \'theory of the origin of life
on Earth\' . According to the theory, life evolved in the oceans during a period when the
atmosphere was reducing and containing reduced H2, H2O, NH3, CH4, and CO2, but no free O
Sidney Fox Contributions include the discoveries on the origins of life by exploring the synthesis
of amino acids from inorganic molecules etc., John Ussher Contributions include the strong
suggestions to the long-running theological debate on the age of the Earth Carlos Linnaeus
Contributions include the formalisations of the modern system of naming organisms Jean
Baptiste Lamark Proposed a full-blown theory of evolution.
EVOLUTION
COMPLETE DETAILED DESCRIPTION ON EVOLUTION OF LIFE ON EARTH. MILLER UREY EXPERIMENT. SELF REPLICATING DNA. EARLY CELL LIKE STRUCTURE. PANSPERMIA . PHOTOSYNTHESIS. EMERGENCE OF HUMAN.
Origin of life in universe
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most extra cellular environments contain a high concentration of sod.pdf
most extra cellular environments contain a high concentration of sodium ions (Na+). consider a
cell membrane that is permeable to potassium (K+) and is in equilibrium. the diffusion of K+ has
left the inside of the ell slightly negatively charged and the outside slightly positively charged.
suppose that the cell membrane now opens some sodium channels what happens? A) there is no
flow across the membrane. the outside of the cell is positeely charged drivingthe sodium ions
father away from the cell. B) there is no flow across the membrane. the cell is in equilibrim and
so the electric repulsionof the Na+ exactly counters the effects of diffusion. C) the cell becomes
positvely charged. both diffusion and the electric attraction to the cell drive into the cell D) the
cell becomes positvely charged; diffusion is reversed and K+ are drived back into the cell
Solution
The cell becomes positively charged, diffusion is reversed and K+ are drived back into the cell..
Let X be the prive of a meal at a local diner( X = $8,$10,and $12) a.pdf
Let X be the prive of a meal at a local diner( X = $8,$10,and $12) and let Y be the amount of tip
left per meal (Y = $1.50,$2 or $2.50). the joint probability function of X and Y is given by
a. Find f(X = 10, Y=2) and interpret what this value represents.
c. Find the marginal distributions of X and Y.
d. Determine if X and Y are independent Random Variables or not. Explain why or why
not.f(x,y)Y=1.50Y=2.00Y=2.50X=8.3.120X=10.15.135.025X=12.03.15.09
Solution.
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Similar to Which of the following statements about Stanley Miller’s experiment .pdf
Life Sciences
TOPICS:
• THE CONCEPT OF LIFE
• WHAT QUALIFIES SOMETHING AS “LIVING”?
o MOVEMENT
o SENSITIVITY
o DEATH
o COMPLEXITY
• THEORIES ON THE ORIGIN OF LIFE
o EXTRATERRESTRIAL ORIGIN
o PANSPERMIA
o DIVINE CREATION
o ORIGIN FROM NONLIVING MATTER (PHYSICO-CHEMICAL THEORY)
• FORMATION OF THE FIRST CELL
• EARLY LIFE FORMS
The Historical Development of the Concept of Life
Earth and Life Sciences for Senior High School by Duyanen and Andaya pages 176-179
My fun and colorful grade 11 report on Life Sciences 2nd semester of A.Y. 2016-2017 under Ms. Lagmay
Part AJean Baptiste de Lamarck is best known for his Theory of In.pdf
Part A:
Jean Baptiste de Lamarck is best known for his Theory of Inheritance of Acquired
Characteristics, first presented in 1801. Here are some of the basic theories of Lamarckism:
The theory of evolution by natural selection, first formulated in Darwin\'s book \"On the Origin
of Species\" in 1859, is the process by which organisms change over time as a result of changes
in heritable physical or behavioral traits. The main points regarding Darwinism are as follows:
Darwin\'s theory has been supported by a lot of evidence. Hence, it was accepted by the
scientific community during his time. Lamarck\'s Theory of Inheritance of Acquired
Characteristics has been disproved. This was done in two major ways. The first is by experiment.
We have seen through many real examples and observations that changes that occur in an animal
during life are not passed on to the animal\'s offspring. If a dog\'s ears are cropped short, its
puppies are still born with long ears. The other way that Lamarck\'s theory has been proven
wrong is the study of genetics. Darwin knew that traits are passed on, but he never understood
how they are passed on. During the time when Darwin\'s first book first came out, Gregor
Mendel, who discovered genetics, was just starting his experiments. These and other examples
show that Lamarck\'s theory does not explain how life formed and became the way it is.
Part B:
(i) Alfred Russel Wallace: He discovered the concept of evolution by natural selection. Although
he is now rarely mentioned as the discoverer (Darwin, who discovered the theory independently,
is usually cited) Wallace enjoyed a very high reputation in his lifetime and was awarded many of
science’s most prestigious awards.Alfred Russel Wallace did not exactly influence Charles
Darwin, but rather was his contemporary and collaborated with Darwin on solidifying his Theory
of Evolution through Natural Selection.The two pooled their data to present the idea jointly to
the Linnaean Society of London.
(ii)Stanley Miller: He was an American chemist who designed the first experiment to produce
organic molecules from some of the inorganic components of the Earth’s prebiotic atmosphere.
Miller’s procedure (which was co-designed by Harold Urey and is known as the Miller-Urey
experiment) contained three key elements: a heated pool of water meant to simulate the primitive
Earth’s ocean; an atmosphere of water vapour, methane, ammonia, and molecular hydrogen; and
storms of “lightning” in the form of continuous electric discharges. After one week, 10–15% of
the system’s carbon was found in organic molecules such as amino acids, the building blocks of
proteins. Miller’s experiment was not only a groundbreaking moment for research into the origin
of life on Earth but also a breakthrough that captured the popular imagination and gave rise to
the term prebiotic soup. Miller\'s experiment was important because it showed that organic
compounds such as amino acids, which are essential to cellular .
Scientists Contributions Stanley Miller Conducted an experiment .pdf
Scientists Contributions Stanley Miller Conducted an experiment which demonstrated that
several organic compounds could be formed spontaneously by simple chemical processes from
inorganic substances. Alexander Oparin Contributions include the \'theory of the origin of life
on Earth\' . According to the theory, life evolved in the oceans during a period when the
atmosphere was reducing and containing reduced H2, H2O, NH3, CH4, and CO2, but no free O
Sidney Fox Contributions include the discoveries on the origins of life by exploring the synthesis
of amino acids from inorganic molecules etc., John Ussher Contributions include the strong
suggestions to the long-running theological debate on the age of the Earth Carlos Linnaeus
Contributions include the formalisations of the modern system of naming organisms Jean
Baptiste Lamark Proposed a full-blown theory of evolution
Solution
Scientists Contributions Stanley Miller Conducted an experiment which demonstrated that
several organic compounds could be formed spontaneously by simple chemical processes from
inorganic substances. Alexander Oparin Contributions include the \'theory of the origin of life
on Earth\' . According to the theory, life evolved in the oceans during a period when the
atmosphere was reducing and containing reduced H2, H2O, NH3, CH4, and CO2, but no free O
Sidney Fox Contributions include the discoveries on the origins of life by exploring the synthesis
of amino acids from inorganic molecules etc., John Ussher Contributions include the strong
suggestions to the long-running theological debate on the age of the Earth Carlos Linnaeus
Contributions include the formalisations of the modern system of naming organisms Jean
Baptiste Lamark Proposed a full-blown theory of evolution.
EVOLUTION
COMPLETE DETAILED DESCRIPTION ON EVOLUTION OF LIFE ON EARTH. MILLER UREY EXPERIMENT. SELF REPLICATING DNA. EARLY CELL LIKE STRUCTURE. PANSPERMIA . PHOTOSYNTHESIS. EMERGENCE OF HUMAN.
Origin of life in universe
Origin of life in universe is most debating and interesting topic for all scientist .which divided in 3 parts chemosynthesis theory ,RNA world hypothesis and some evidence about extraterrestrial life.
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most extra cellular environments contain a high concentration of sod.pdf
most extra cellular environments contain a high concentration of sodium ions (Na+). consider a
cell membrane that is permeable to potassium (K+) and is in equilibrium. the diffusion of K+ has
left the inside of the ell slightly negatively charged and the outside slightly positively charged.
suppose that the cell membrane now opens some sodium channels what happens? A) there is no
flow across the membrane. the outside of the cell is positeely charged drivingthe sodium ions
father away from the cell. B) there is no flow across the membrane. the cell is in equilibrim and
so the electric repulsionof the Na+ exactly counters the effects of diffusion. C) the cell becomes
positvely charged. both diffusion and the electric attraction to the cell drive into the cell D) the
cell becomes positvely charged; diffusion is reversed and K+ are drived back into the cell
Solution
The cell becomes positively charged, diffusion is reversed and K+ are drived back into the cell..
Let X be the prive of a meal at a local diner( X = $8,$10,and $12) a.pdf
Let X be the prive of a meal at a local diner( X = $8,$10,and $12) and let Y be the amount of tip
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c. Find the marginal distributions of X and Y.
d. Determine if X and Y are independent Random Variables or not. Explain why or why
not.f(x,y)Y=1.50Y=2.00Y=2.50X=8.3.120X=10.15.135.025X=12.03.15.09
Solution.
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Solution
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Solution
theory of attachment
Attachment anxiety
Attachment avoidance
Dissimmisve attachment
Fearful attachment
Preoccupied attachment
Social penetration theory
age,
gender,
self-awareness
self esteem
Self discrepancy theory
self-esteem
Self-Fulfilling Prophecy
Self
self
self-awareness, self-concept, and self-esteem
dismissive attachment
low AAX and high AAV;
self-relianc
fearful attachment
high AAV and AAX; fear rejection,
shun relationships
individualistic culture
individual goals
collectivism culture
importance of belong to groups
face
public self
mask
public self designed to veil private self
embarrassment
losing face;
social penetration theory
revealing self to others
theory of attachment
Attachment anxiety
Attachment avoidance
Dissimmisve attachment
Fearful attachment
Preoccupied attachment
Social penetration theory
age,
gender,
self-awareness
self esteem
Self discrepancy theory
self-esteem
Self-Fulfilling Prophecy
Self
self
self-awareness, self-concept, and self-esteem
dismissive attachment
low AAX and high AAV;
self-relianc
fearful attachment
high AAV and AAX; fear rejection,
shun relationships
individualistic culture
individual goals
collectivism culture
importance of belong to groups
face
public self
mask
public self designed to veil private self
embarrassment
losing face;
social penetration theory
revealing self to others.
Explain why several versions of nMOS transistor models and pMOS trans.pdf
Explain why several versions of nMOS transistor models and pMOS transistor models coexist
despite the fact that some models are accurate than others.
Solution
Some models are more accurate especially for short channel devices but they have a lot of model
parameters and thus very complicated.Some models are less accurate and much
simpler.Therefore there is a need for different purposes thus different models coexist.
Explain How Culture influences the way mangers perform their four ma.pdf
Explain How Culture influences the way mangers perform their four main functions: planning ,
organizing, leading and controlling.
Solution
culture is the the set of aged- old traditions and beliefs shared by the people in an organisation or
in a nation. culture plays an important role while when people are at managers level. every
decision or step takes by the person reflects his culture directly or indirectly.
some people thinks in a pesimistic way and take poor decisions, some may think in a positive
way and some may think in the realistic way and take correct decisions. these people will be plan
in a successful way and implement them and get positive results.
organising is the process of implementing the plan in a proper way by coordination, integration
and cooperation of all his peers and emloyees. leading is the process where he becomes the guide
to his followers and accept challanges in work life and ready to face them and find solutions.
controlling speaks about the managing all the resources and best utilisation of those. the ultimate
moto of any organisation is use the available resources in a best way and increase the brand
name and wealth of organisation..
Describeillustrate the construction used by the ancient Indians to s.pdf
Describe/illustrate the construction used by the ancient Indians to show that the difference
between two squares can be converted into another square. Describe/illustrate the construction
used by the ancient Indians to show that a rectangle can be transformed into a square, using the
results from #10.
Solution
10..
Describe the factors that contribute to a membrane potential. What i.pdf
Describe the factors that contribute to a membrane potential. What is the principle cation inside
the cell? Outside the cell?
Solution
Answer:
Application of stimuli changes the membrane potential that act as signals, transmitting and
processing information along the neuron.
The factors that contribute to membrane potential are:
(a) Electrochemical gradient of the ion:
Active transport of ions causes an electrical gradient to develop across the membrane. The
positively charged ions are generally greater outside the cell and negatively charged ions inside
the cell. This causes a net negative charge on the inside of the cell and thus a voltage difference
across the membrane. This gives rise to the membrane potential.
(b) Permeability of the ion:
More the membrane is permeable to the ion, greater will be the influence of the equilibrium
potential of that ion towards the membrane potential.
The principle cation inside the cell is potassium (K+) and outside the cell is sodium (Na+)..
DiARTHROIDAL joints can be classified based on their characteristics.pdf
DiARTHROIDAL joints can be classified based on their characteristics. Fill in the blanks with
the appropriate information. NOTE: Be sure to list 6 (SIX) types of diarthroidal joints, along
with the respective axis, shape, motion(s) and examples.
Type/Shape of Joint:
Number of Axes:
Joint Motions Allowed:
Example:
Solution
1. Type/Shape of Joint: Gliding / between the bones that meet at flat articular surfaces
Number of Axes: Nonaxial
Joint Motions Allowed: allows gliding or sliding movement
Example: intercarpals, vertebrae
2. Type/Shape of Joint: Hinge / between the cylindrical end of a bone and the trough-shaped
surface of another bone
Number of Axes: Uniaxial/ One plane
Joint Motions Allowed: permits bending in one plane (sagittal)
Example: humeroulnar-knee, interphalangeal-fingers and toes
3.Type/Shape of Joint: Pivot / the axis of a convex articular surface is parallel with the
longitudinal axis of the bone
Number of Axes: Uniaxial/ One plane
Joint Motions Allowed: permits rotation in one plane
Example: radioulnar, atlantoaxial
4.Type/Shape of Joint: Condyloid (ellipsoidal) /oval-shaped end of one bone fitting into oval-
shaped hollow of another bone
Number of Axes: Two
Joint Motions Allowed: permits movement in two planes
Example: radiocarpar-wrist metacarpophalangeal-knuckles
5.Type/Shape of Joint: saddle (sellar) /one of the bone is like a saddle and other bone resting on
it like a horse-rider
Number of Axes: biaxial (frontal and saggital planes)
Joint Motions Allowed: permits movement in two planes
Example: carpometacarpal- base of thumb
6.Type/Shape of Joint: ball and socket /ball-shaped surface of one rounded bone fits into the cup-
like depression of another bone
Number of Axes: Indifinite number of axes with a common center
Joint Motions Allowed: permits movement in three planes
Example: shoulder, hip.
Define and explain chemical equilibrium Include the defenition o.pdf
Define and explain chemical equilibrium? Include the defenition of reactants and products
Define and explain chemical equilibrium? Include the defenition of reactants and products
Solution
In a chemical reaction, chemical equilibrium is the state in which both reactants and products are
available at concentrations which have no further inclination to change with time. Usually, this
state comes about when the forward reaction continues at an indistinguishable rate from the
reverse reaction. The reaction rates of the forward and backward reactions are, for the most part,
not zero, but rather equal. In this way, there are no net changes in the concentrations of the
reactant(s) and product(s).
Reactant:
The substances that outcome from the recombination of molecules is known as the products of
the reaction. At the point when chemical reactions are written down, the reactants are written on
the left side, in a similar way to a math equation; one reactant in addition to another.
Product:
Products are the species formed from chemical reactions. Amid a chemical reaction, reactants are
transformed into products in the wake of going through a high vitality transition state.
Simply the substances that are formed after the reactions of reactant, due to making of new
bonds in between the atoms/ions/molecules/compounds..
Cite the distinction between graphite and carbon. Carbon and graphit.pdf
Cite the distinction between graphite and carbon. Carbon and graphite fibers are manufactured
by pyrolysis. Describe the process to produce fibers.
Solution
Carbon:
1)“Carbon” comes from the Latin word “carbo,” which in English means “charcoal.” It is an
element represented as the letter “C” and bearing the atomic number 6. Carbon is the fourth most
abundant element in the world and is essential to all living things and their respective processes.
All living things contain carbon.
2)Carbon produces the softest material (graphite) and the hardest substance (diamond). The main
difference among carbon substances is how the carbon forms in each matter. Carbon atoms bond
in chains and rings. In every carbon substance, a unique formation of carbon can be produced.
3)Carbon has a wide variety of uses both as pure carbon and carbon compounds. Primarily, it
acts as hydrocarbons in the form of methane gas and crude oil. Crude oil can be distilled into
gasoline and kerosene. Both substances serve as fuel for warmth, machines, and many others.
4)Carbon is also responsible for forming water, a necessary compound for life. It also exists as
polymers such as cellulose (in plants) and plastics.
5)Carbon has a wide variety of uses both as pure carbon and carbon compounds. Primarily, it
acts as hydrocarbons in the form of methane gas and crude oil. Crude oil can be distilled into
gasoline and kerosene. Both substances serve as fuel for warmth, machines, and many others.
6)Carbon is also responsible for forming water, a necessary compound for life. It also exists as
polymers such as cellulose (in plants) and plastics.
Graphite :
1)Graphite is an allotrope of carbon. It means that it is a substance made of pure carbon and is
made of only carbon. Other allotropes include diamonds, amorphous carbon, and charcoal.
2)Graphite comes from the Greek word “graphein,” which in English means “to write.” Formed
when carbon atoms link with each other into sheets, graphite is the most stable form of carbon.
3)Graphite is soft but very strong. It is resistant to heat and, at the same, a good conductor of
heat. Found in metamorphic rocks, it appears as a metallic but opaque substance in a color that
varies from dark grey to black. Graphite is greasy, a characteristic that makes it a good lubricant.
4)Graphite is also used as a pigment and a molding agent in glass manufacturing. Nuclear
reactors also use graphite as an electron moderator
b) process of manufacturing of Carbon and graphite fibers:
A precursor material, which is rich in carbon, is subjected to pyrolysis to extract its carbon
content.
Pyrolysis Pyrolysis: Thermochemical chemical decomposition decomposition of organic organic
material material when it is subjected subjected to elevated temperatures, but no oxygen.
Through such a process, the precursor organic material breaks down into gases, liquids, and a
solid residue which is rich in carbon.
Precursor: Precursor: It is a carbonrich chemical chemical compound, com.
C Language ProblemPlease Explain If int n1 = 5, and int d1 = 2, wh.pdf
C Language Problem
Please Explain If int n1 = 5, and int d1 = 2, what are the results of the following operations?
(assume double frac) frac = (double)n1/(double)d1;frac = (double)n1/d1 + 3.5; frac =
(double)(n1/d1) + 2.5;
Solution
Here the heart of functionality is typecasting.
What is typecasting?
Type casting is a way to convert a variable from one data type to another data type.
frac = (double)n1/(double)d1;
n1 = 5 and d1 = 2
what this (double)n1/(double)d1 does..
here typecasting is preforming so
(double)n1 = 5.000000
(double)d1 = 2.000000
frac = 5.000000/2.000000
frac = 2.500000
frac = (double)n1/d1 + 3.5;
Here only n1 is typecasted into double
so n1 is 5.000000
and d1 is 2
(double)n1/d1 + 3.5 => (5.000000 / 2) + 3.5 => 2.500000 + 3.5 => 6.000000
frac is 6.000000
frac = (double)(n1/d1) + 3.5;
here there is no typecasting between n1 and d1 ... after division is perform then typecasting is
going to applied
so
(double)(n1/d1) + 3.5
(double)(5/2) + 3.5
(double)(2) + 3.5
2.000000 + 3.5
5.500000
Answer is 5.500000.
According to Cisco design theory for a fully switched network, hosts.pdf
According to Cisco design theory for a fully switched network, hosts do not connect directly to
which types of switches?
A. Access
B. Core
C. Distribution
D. Cut through
E. Fragment free
Solution
B and C are correct. Hosts do not directly connect to core-or distribution-layer switches.
A, D, and E are incorrect. A is incorrect because access switches provide direct access to users.
D andE are incorrect because cut through and fragment free are switch modes, not design layers..
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