Moseley showed that there were gaps in the atomic.pdf
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Moseley showed that there were gaps in the atomic number sequence at numbers 43, 61, 72, and 75. These spaces are now known, respectively, to be the places of the radioactive synthetic elements technetium and promethium, and also the last two quite rare naturally- occurring stable elements hafnium (discovered 1923) and rhenium (discovered 1925). Nothing about these four elements was known of in Moseley\'s lifetime, not even their very existence. Based on the intuition of a very experienced chemist, Dimitri Mendeleev had predicted the existence of a missing element in the Periodic Table, which was later found to be filled by technetium, and Bohuslav Brauner had predicted the existence of another missing element in this Table, which was later found to be filled by promethium. Henry Moseley\'s experiments confirmed these predictions, by showing exactly what the missing atomic numbers were, 43 and 61. In addition, Moseley predicted the two more undiscovered elements, those with the atomic numbers 72 and 75, and he gave very strong evidence that there were no other gaps in the Periodic Table between the elements aluminium (atomic number 13) and gold (atomic number 79). Solution Moseley showed that there were gaps in the atomic number sequence at numbers 43, 61, 72, and 75. These spaces are now known, respectively, to be the places of the radioactive synthetic elements technetium and promethium, and also the last two quite rare naturally- occurring stable elements hafnium (discovered 1923) and rhenium (discovered 1925). Nothing about these four elements was known of in Moseley\'s lifetime, not even their very existence. Based on the intuition of a very experienced chemist, Dimitri Mendeleev had predicted the existence of a missing element in the Periodic Table, which was later found to be filled by technetium, and Bohuslav Brauner had predicted the existence of another missing element in this Table, which was later found to be filled by promethium. Henry Moseley\'s experiments confirmed these predictions, by showing exactly what the missing atomic numbers were, 43 and 61. In addition, Moseley predicted the two more undiscovered elements, those with the atomic numbers 72 and 75, and he gave very strong evidence that there were no other gaps in the Periodic Table between the elements aluminium (atomic number 13) and gold (atomic number 79)..
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Development of the Periodic Table
Chemists have always looked for ways of arranging the elements to reflect the similarities between their properties. The modern periodic table lists the elements in order of increasing atomic number (the number of protons in the nucleus of an atom). Historically, however, relative atomic masses were used by scientists trying to organise the elements. This was mainly because the idea of atoms being made up of smaller sub-atomic particles (protons, neutrons and electrons) had not been developed. Nevertheless, the basis of the modern periodic table was well established and even used to predict the
Periodic-table.pptx
The periodic table organizes the chemical elements by atomic number, electron configuration, and recurring properties. By 1869, 63 elements had been discovered, and scientists began recognizing patterns. In 1817, Johann Dobereiner proposed that elements formed triads with the middle element having average properties. In 1864, Newlands proposed the Law of Octaves stating that every eighth element has similar properties. Meyer produced one of the first periodic tables in 1864 listing 28 elements by valence. Mendeleev published the first recognizable periodic table in 1869, arranging elements by atomic mass and leaving spaces for undiscovered elements, some of which he accurately predicted properties for.
giorgiana1976 Teacher Doctorate Debater, Expert Since antiquity, aro.pdf
giorgiana1976 Teacher Doctorate Debater, Expert Since antiquity, around the 400s BC, in
ancient Greece,they have used the words \"element\" and \"atom\" to describe the differences
between different parts of the material and to designate the smallest parts that make up matter.
In the eighteenth century, the great French chemist Antoine Lavoiser, in his \" \'Traité
élémentaire de Chimie (Elementary Treatise of Chemistry), published in 1789, divided the 33
elements known in his time, in four groups according to chemical properties: gases, non-metals,
metals, and earth. In the nineteenth century, in 1869 German scientist Johann Döbereiner noted
that similar elements have similar atomic masses. He eleborat the so-called Law of triads which
consist of dividing the items into groups of three similar elements, the middle element properties
being deduced from the properties of the most difficult element and the easiest item. Examples
of triads in this table: lithium, sodium and potassium, sulfur, selenium and tellurium and
chlorine, bromine and iod.Cercetatorul French Chancourtois made a cylindrical table of elements
to show a periodic recurrence properties of chemical elements. In 1865, another researcher who
attempted classification of items was Englishman John Newlands, professor in the School of
Medicine in London. He placed the items in a table consists of 7 columns in order of increasing
atomic mass. He pointed out that elements with similar properties occur at intervals of 8
elements and eleborat so-called Law of octaves. Other contributions to the classification of
chemical elements, were also brought by English scientist William Olding, in 1864 and German
scientist Julius Lothar Meyer in 1868. W. Olding has made a table very similar to that made
later by Mendeleev. The groups are arranged horizontally and the elements are arranged in order
of atomic mass. In the tables were left blanks for undiscovered elements. German chemist Julius
Lothar Meyer made a table of chemical elements in 1864, then a second version in 1868, where
the elements were arranged in order of atomic mass. Mayer published his work much later than
Mendeleev, so could not prevail in this area. It seems that the two chemists, Meyer and
Mendeleev discovered the periodic system of elements simultaneously. He who is widely
accepted as the discoverer of the periodic system of elements was modern Russian chemist
Dmitri Ivanovich Mendeleev. The final version of the system periodically in 1871 has left spaces
suggesting that other chemical elements will be discovered later. Element 101 was named after
Dmitri Ivanovich Mendeleev (1834-1907), who discovered the \"Periodic System\" arranged in
tabular form and continuously improved between 1868 and 1871.
Solution
giorgiana1976 Teacher Doctorate Debater, Expert Since antiquity, around the 400s BC, in
ancient Greece,they have used the words \"element\" and \"atom\" to describe the differences
between different parts of the material and .
History periodic table
The document provides a history of the periodic table, from early classifications of elements by their properties to the modern periodic table organized by atomic number. It describes Lavoisier's initial grouping of 33 elements, Döbereiner's discovery of triads of elements with similar properties, Newlands' observation of an octave pattern in properties, and Mendeleev and Meyer's development of the first periodic tables by listing elements in order of atomic weight and accounting for unknown elements and switched positions. The modern periodic table is based on ordering by increasing atomic number according to the Periodic Law.
History periodic table
The document provides a history of the periodic table, from early classifications of elements by their properties to the modern periodic table organized by atomic number. It discusses Lavoisier's initial grouping of elements, Döbereiner's discovery of triads of elements with similar properties, Newlands' law of octaves, and the independent development of the first periodic tables by Mendeleev and Meyer in the 1860s-1870s based on increasing atomic weight. The success of Mendeleev's table was due to leaving gaps for undiscovered elements and occasionally ignoring atomic weight order to better classify chemical families, and it was later realized he had inadvertently ordered by atomic number.
History Of Periodic Table
This document summarizes the history of the periodic table, beginning with Aristotle's theory of four elements in 330 BC. It then discusses key contributors such as Lavoisier, Berzelius, Dobereiner, Newlands, Meyer, and Mendeleev who developed early classifications and periodic tables of the elements in the 17th-19th centuries. The modern periodic table took shape in the early 20th century with discoveries like the noble gases, determination of atomic numbers, and transuranium elements. Many scientists collectively contributed to developing the systematic arrangement of elements now known as the periodic table.
8. Reflexive. as the hormone is releases in response to an external .pdf
8. Reflexive. as the hormone is releases in response to an external stimulus.
9. Trophic response .
10.Anbolic.
11.C.
12.D.
Solution
8. Reflexive. as the hormone is releases in response to an external stimulus.
9. Trophic response .
10.Anbolic.
11.C.
12.D..
Recommended
Development of the Periodic Table
Chemists have always looked for ways of arranging the elements to reflect the similarities between their properties. The modern periodic table lists the elements in order of increasing atomic number (the number of protons in the nucleus of an atom). Historically, however, relative atomic masses were used by scientists trying to organise the elements. This was mainly because the idea of atoms being made up of smaller sub-atomic particles (protons, neutrons and electrons) had not been developed. Nevertheless, the basis of the modern periodic table was well established and even used to predict the
Periodic-table.pptx
The periodic table organizes the chemical elements by atomic number, electron configuration, and recurring properties. By 1869, 63 elements had been discovered, and scientists began recognizing patterns. In 1817, Johann Dobereiner proposed that elements formed triads with the middle element having average properties. In 1864, Newlands proposed the Law of Octaves stating that every eighth element has similar properties. Meyer produced one of the first periodic tables in 1864 listing 28 elements by valence. Mendeleev published the first recognizable periodic table in 1869, arranging elements by atomic mass and leaving spaces for undiscovered elements, some of which he accurately predicted properties for.
giorgiana1976 Teacher Doctorate Debater, Expert Since antiquity, aro.pdf
giorgiana1976 Teacher Doctorate Debater, Expert Since antiquity, around the 400s BC, in
ancient Greece,they have used the words \"element\" and \"atom\" to describe the differences
between different parts of the material and to designate the smallest parts that make up matter.
In the eighteenth century, the great French chemist Antoine Lavoiser, in his \" \'Traité
élémentaire de Chimie (Elementary Treatise of Chemistry), published in 1789, divided the 33
elements known in his time, in four groups according to chemical properties: gases, non-metals,
metals, and earth. In the nineteenth century, in 1869 German scientist Johann Döbereiner noted
that similar elements have similar atomic masses. He eleborat the so-called Law of triads which
consist of dividing the items into groups of three similar elements, the middle element properties
being deduced from the properties of the most difficult element and the easiest item. Examples
of triads in this table: lithium, sodium and potassium, sulfur, selenium and tellurium and
chlorine, bromine and iod.Cercetatorul French Chancourtois made a cylindrical table of elements
to show a periodic recurrence properties of chemical elements. In 1865, another researcher who
attempted classification of items was Englishman John Newlands, professor in the School of
Medicine in London. He placed the items in a table consists of 7 columns in order of increasing
atomic mass. He pointed out that elements with similar properties occur at intervals of 8
elements and eleborat so-called Law of octaves. Other contributions to the classification of
chemical elements, were also brought by English scientist William Olding, in 1864 and German
scientist Julius Lothar Meyer in 1868. W. Olding has made a table very similar to that made
later by Mendeleev. The groups are arranged horizontally and the elements are arranged in order
of atomic mass. In the tables were left blanks for undiscovered elements. German chemist Julius
Lothar Meyer made a table of chemical elements in 1864, then a second version in 1868, where
the elements were arranged in order of atomic mass. Mayer published his work much later than
Mendeleev, so could not prevail in this area. It seems that the two chemists, Meyer and
Mendeleev discovered the periodic system of elements simultaneously. He who is widely
accepted as the discoverer of the periodic system of elements was modern Russian chemist
Dmitri Ivanovich Mendeleev. The final version of the system periodically in 1871 has left spaces
suggesting that other chemical elements will be discovered later. Element 101 was named after
Dmitri Ivanovich Mendeleev (1834-1907), who discovered the \"Periodic System\" arranged in
tabular form and continuously improved between 1868 and 1871.
Solution
giorgiana1976 Teacher Doctorate Debater, Expert Since antiquity, around the 400s BC, in
ancient Greece,they have used the words \"element\" and \"atom\" to describe the differences
between different parts of the material and .
History periodic table
The document provides a history of the periodic table, from early classifications of elements by their properties to the modern periodic table organized by atomic number. It describes Lavoisier's initial grouping of 33 elements, Döbereiner's discovery of triads of elements with similar properties, Newlands' observation of an octave pattern in properties, and Mendeleev and Meyer's development of the first periodic tables by listing elements in order of atomic weight and accounting for unknown elements and switched positions. The modern periodic table is based on ordering by increasing atomic number according to the Periodic Law.
History periodic table
The document provides a history of the periodic table, from early classifications of elements by their properties to the modern periodic table organized by atomic number. It discusses Lavoisier's initial grouping of elements, Döbereiner's discovery of triads of elements with similar properties, Newlands' law of octaves, and the independent development of the first periodic tables by Mendeleev and Meyer in the 1860s-1870s based on increasing atomic weight. The success of Mendeleev's table was due to leaving gaps for undiscovered elements and occasionally ignoring atomic weight order to better classify chemical families, and it was later realized he had inadvertently ordered by atomic number.
History Of Periodic Table
This document summarizes the history of the periodic table, beginning with Aristotle's theory of four elements in 330 BC. It then discusses key contributors such as Lavoisier, Berzelius, Dobereiner, Newlands, Meyer, and Mendeleev who developed early classifications and periodic tables of the elements in the 17th-19th centuries. The modern periodic table took shape in the early 20th century with discoveries like the noble gases, determination of atomic numbers, and transuranium elements. Many scientists collectively contributed to developing the systematic arrangement of elements now known as the periodic table.
8. Reflexive. as the hormone is releases in response to an external .pdf
8. Reflexive. as the hormone is releases in response to an external stimulus.
9. Trophic response .
10.Anbolic.
11.C.
12.D.
Solution
8. Reflexive. as the hormone is releases in response to an external stimulus.
9. Trophic response .
10.Anbolic.
11.C.
12.D..
3(s) + HClSolution3(s) + HCl.pdf
This chemical reaction involves reacting metallic sodium (3(s)) with hydrochloric acid (HCl) to form a solution. Metallic sodium reacts with hydrochloric acid, dissolving into solution. The unbalanced chemical equation shows metallic sodium (3(s)) reacting with hydrochloric acid (HCl).
#include iostream #include deque #include stdio.h scan.pdf
#include
#include
#include //scanf,printf
#include
#include //istringstream
using namespace std;
//maps
#include \"MapGeneric.h\"
#include \"MapTriple.h\"
#include \"MapAbsoluteValue.h\"
#include \"MapSquare.h\"
//filters
#include \"FilterGeneric.h\"
#include \"filterEven.h\"
#include \"filterPositive.h\"
#include \"filterPositiveTwoDigit.h\"
//reduce
#include \"ReduceGeneric.h\"
#include \"ReduceMinimum.h\"
#include \"ReduceGCD.h\"
int main()
{
deque L,L1,L2;
int i;
string line;
getline(cin,line);
if(line.size() == 0)
return 0;
line.erase(remove(line.begin(), line.end(), \',\'), line.end());
istringstream s(line);
while(s>>i)
{
L.push_back(i);
}
if(L.size() != 20)
return 0;
//converting L -> 3*|L| aka L1
MapTriple triple; MapAbsoluteValue abs;
L1 = triple.map(abs.map(L));
//converting L1 -> positive two digit integers -> even intergers aka L2
filterEven even; filterPositiveTwoDigit p2;
L2 = p2.filter(L1);
if(L2.size() <2)
return 0;
L2 = even.filter(L2);
if(L2.size() <2)
return 0;
//finding the minimum and GCD from L2 respectively
ReduceMinimum min; ReduceGCD gcd;
printf(\"%d %d\ \",min.reduce(L2),gcd.reduce(L2));
}
FilterGeneric.cpp
#include
#include
#include \"FilterGeneric.h\"
using namespace std;
deque FilterGeneric::filter(deque deq)
{
//calling recursive function with deq and its length
select(deq,deq.size()-1);
return filterDeq;
}
//int i is the index that will start from the length of deque till 0
void FilterGeneric::select(deque deq, int i)
{
if(i == 0)
{
bool val = f(deq[i]);
if(val)
filterDeq.push_front(deq[i]);
return;
}
bool val = f(deq[i]);
if(val)
filterDeq.push_front(deq[i]);
return select(deq,i-1);
}
FilterGeneric.h
#ifndef FILTERGENERIC_H
#define FILTERGENERIC_H
#include
class FilterGeneric
{
public:
std::deque filter(std::deque);
void select(std::deque,int);
protected:
//this deque will store the integers after filtration.
std::deque filterDeq;
private:
virtual bool f(int)=0;
};
#endif
MapAbsoluteValue.cpp
#include
#include
#include
#include \"MapGeneric.h\" //base
#include \"MapAbsoluteValue.h\"
using namespace std;
int MapAbsoluteValue::f(int num)
{
return abs(num);
}
MapAbsoluteValue.h
#ifndef MAPABSOLUTEVALUE_H
#define MAPABSOLUTEVALUE_H
#include
//this class will map a given input N, using the function map(input), to |N|
class MapAbsoluteValue: public MapGeneric
{
public:
//overwriting pure virtual function making N -> |N|
int f(int);
private:
};
#endif
MapGeneric.cpp
#include
#include
#include \"MapGeneric.h\"
using namespace std;
deque MapGeneric::map(deque deq)
{
//calling recursive function with deq and its length
calculate(deq,deq.size()-1);
return mapDeq;
}
//int i is the index that will start from the length of deque till 0
void MapGeneric::calculate(deque deq, int i)
{
if(i == 0)
{
int val = f(deq[i]);
mapDeq.push_front(val);
return;
}
int val = f(deq[i]);
mapDeq.push_front(val);
return calculate(deq,i-1);
}
MapGeneric.h
#ifndef MAPGENERIC_H
#define MAPGENERIC_H
#include
class MapGeneric
{
public:
std::deque ma.
This is a great question. The radial velocity met.pdf
This is a great question. The radial velocity method uses Doppler spectroscopy to
detect extrasolar planets, similar to the doppler radar used to track weather! It assumes stars
move a little as a planet orbits them causing a shift in the light spectrum the star produces. B is
true because as the planet orbits it pulls the star toward the observer casing the light to be blue
shifted. C is also true because light gets slightly red shifted. The answer is E.
Solution
This is a great question. The radial velocity method uses Doppler spectroscopy to
detect extrasolar planets, similar to the doppler radar used to track weather! It assumes stars
move a little as a planet orbits them causing a shift in the light spectrum the star produces. B is
true because as the planet orbits it pulls the star toward the observer casing the light to be blue
shifted. C is also true because light gets slightly red shifted. The answer is E..
Viruses are intracellular obligate parasites whic.pdf
Viruses are intracellular obligate parasites which means that they cannot replicate or
express their genes without the help of a living cell. A single virus particle (virion) is in and of
itself essentially inert. It lacks needed components that cells have to reproduce. When a virus
infects a cell, it marshals the cell\'s ribosomes, enzymes and much of the cellular machinery to
replicate. Unlike what we have seen in cellular replication processes such as mitosis and meiosis,
viral replication produces many progeny, that when complete, leave the host cell to infect other
cells in the organism. Viruses may contain double-stranded DNA, double-stranded RNA, single-
stranded DNA or single-stranded RNA. The type of genetic material found in a particular virus
depends on the nature and function of the specific virus. The exact nature of what happens after a
host is infected varies depending on the nature of the virus. The process for double-stranded
DNA, single-stranded DNA, double-stranded RNA and single-stranded RNA viral replication
will differ. For example, double-stranded DNA viruses typically must enter the host cell\'s
nucleus before they can replicate. Single-stranded RNA viruses however, replicate mainly in the
host cell\'s cytoplasm. Once a virus infects its host and the viral progeny components are
produced by the host\'s cellular machinery, the assembly of the viral capsid is a non-enzymatic
process. It is usually spontaneous. Viruses typically can only infect a limited number of hosts
(also known as host range). The \"lock and key\" mechanism is the most common explanation for
this range. Certain proteins on the virus particle must fit certain receptor sites on the particular
host\'s cell surface.
Solution
Viruses are intracellular obligate parasites which means that they cannot replicate or
express their genes without the help of a living cell. A single virus particle (virion) is in and of
itself essentially inert. It lacks needed components that cells have to reproduce. When a virus
infects a cell, it marshals the cell\'s ribosomes, enzymes and much of the cellular machinery to
replicate. Unlike what we have seen in cellular replication processes such as mitosis and meiosis,
viral replication produces many progeny, that when complete, leave the host cell to infect other
cells in the organism. Viruses may contain double-stranded DNA, double-stranded RNA, single-
stranded DNA or single-stranded RNA. The type of genetic material found in a particular virus
depends on the nature and function of the specific virus. The exact nature of what happens after a
host is infected varies depending on the nature of the virus. The process for double-stranded
DNA, single-stranded DNA, double-stranded RNA and single-stranded RNA viral replication
will differ. For example, double-stranded DNA viruses typically must enter the host cell\'s
nucleus before they can replicate. Single-stranded RNA viruses however, replicate mainly in the
host cell\'s cytoplas.
Step1 Na is a more reactive metal than Fe ; so it.pdf
Step1 Na is a more reactive metal than Fe ; so it can displace iron from its salts.But
iron can not displace sodium from its salts .thus there will be no reaction.
Solution
Step1 Na is a more reactive metal than Fe ; so it can displace iron from its salts.But
iron can not displace sodium from its salts .thus there will be no reaction..
Second ionization is compared to removing electro.pdf
Second ionization is compared to removing electron from the atom second time. If
the atom has reach noble gas configuration after first ionization, then it will be very difficult to
remove electrons from it. You can see that Na after removal of one electron obtains the noble
gas configuration. Hence, Na has the greatest second ionization table. My text contained chart of
ratio comparing second/first ionization. If you look at that chart you can see your answer clearly.
Hope this helps!
Solution
Second ionization is compared to removing electron from the atom second time. If
the atom has reach noble gas configuration after first ionization, then it will be very difficult to
remove electrons from it. You can see that Na after removal of one electron obtains the noble
gas configuration. Hence, Na has the greatest second ionization table. My text contained chart of
ratio comparing second/first ionization. If you look at that chart you can see your answer clearly.
Hope this helps!.
oxidizing reagent CuCl2 reducing reagent Fe not.pdf
oxidizing reagent: CuCl2 reducing reagent: Fe note: the oxidation state of Cu in
CuCl2 is +2 , while that in Cu is zero the OS of Fe in Fe is zero, the OS of Fe in FeCl2 is +2.
Solution
oxidizing reagent: CuCl2 reducing reagent: Fe note: the oxidation state of Cu in
CuCl2 is +2 , while that in Cu is zero the OS of Fe in Fe is zero, the OS of Fe in FeCl2 is +2..
On the following organic compounds,CH3CH2NH2 andC.pdf
On the following organic compounds,CH3CH2NH2 andCH3CONH2 is base. Both
of them got thetendency to attract H+ ions to form -NH3+ compound. CH3COOH is the acid. It
will release H+ ionsto form CH3COO- ions. While CH3CHOdoesnt have the tendency to attract
or release H+ions. Most acidic, CH3COOH. Compare CH3CH2NH2 andCH3CONH2. Oxygen
in theCH3CONH2 will attract the electrons towardoxygen molecule. This reduce the negativity
of compound. Therefore,it got less ability to attract H+ ions.CH3CH2NH2 is more basic
toCH3CONH2. So, the least acidic isCH3CH2NH2 (which is most basicamong 4)
Solution
On the following organic compounds,CH3CH2NH2 andCH3CONH2 is base. Both
of them got thetendency to attract H+ ions to form -NH3+ compound. CH3COOH is the acid. It
will release H+ ionsto form CH3COO- ions. While CH3CHOdoesnt have the tendency to attract
or release H+ions. Most acidic, CH3COOH. Compare CH3CH2NH2 andCH3CONH2. Oxygen
in theCH3CONH2 will attract the electrons towardoxygen molecule. This reduce the negativity
of compound. Therefore,it got less ability to attract H+ ions.CH3CH2NH2 is more basic
toCH3CONH2. So, the least acidic isCH3CH2NH2 (which is most basicamong 4).
Lewis Structures A structural formula in which el.pdf
Lewis Structures A structural formula in which electrons are represented by dots;
two dots between atoms represent a covalent bond. Also known as electron-dot formula or Lewis
formula. Covalent Bond A chemical bond formed by the sharing of one or more electrons,
especially pairs of electrons, between atoms. Ionic Bond A chemical bond between two ions
with opposite charges, characteristic of salts. Also called electrovalent bond. Resonance The
property of a compound having simultaneously the characteristics of two or more structural
forms that differ only in the distribution of electrons. Such compounds are highly stable and
cannot be properly represented by a single structural formula. Polarity Tendency of a molecule,
or compound, to be attracted or repelled by electrical charges because of an asymmetrical
arrangement of atoms around the nucleus. Dipole Moment A dipole moment is the development
of an electronic charge in a molecule by virtue of it structure and components. Bond Energy The
average value of specific bond dissociation energies that have been measured from different
molecules of a given type Valence shell electron pair repulsion (VSEPR) theory is a model in
chemistry used to predict the shape of individual molecules based upon the extent of electron-
pair electrostatic repulsion.It is also named Gillespie–Nyholm theory after its two main
developers The premise of VSEPR is that the valence electron pairs surrounding an atom
mutually repel each other, and will therefore adopt an arrangement that minimizes this repulsion,
thus determining the molecular geometry. The number of electron pairs surrounding an atom,
both bonding and nonbonding, is called its steric number.
Solution
Lewis Structures A structural formula in which electrons are represented by dots;
two dots between atoms represent a covalent bond. Also known as electron-dot formula or Lewis
formula. Covalent Bond A chemical bond formed by the sharing of one or more electrons,
especially pairs of electrons, between atoms. Ionic Bond A chemical bond between two ions
with opposite charges, characteristic of salts. Also called electrovalent bond. Resonance The
property of a compound having simultaneously the characteristics of two or more structural
forms that differ only in the distribution of electrons. Such compounds are highly stable and
cannot be properly represented by a single structural formula. Polarity Tendency of a molecule,
or compound, to be attracted or repelled by electrical charges because of an asymmetrical
arrangement of atoms around the nucleus. Dipole Moment A dipole moment is the development
of an electronic charge in a molecule by virtue of it structure and components. Bond Energy The
average value of specific bond dissociation energies that have been measured from different
molecules of a given type Valence shell electron pair repulsion (VSEPR) theory is a model in
chemistry used to predict the shape of individual molecules based upon the extent of electr.
fluorine , oxygen , chlorine , sulphor ,phophorus.pdf
fluorine , oxygen , chlorine , sulphor ,phophorus
Solution
fluorine , oxygen , chlorine , sulphor ,phophorus.
CuS is insoluble. NaCl stays in solution. so cor.pdf
CuS is insoluble. NaCl stays in solution. so correct answer is C
Solution
CuS is insoluble. NaCl stays in solution. so correct answer is C.
When you have an acidic solution like you do, (because the H+ and th.pdf
When you have an acidic solution like you do, (because the H+ and the F- dissociate very
readily), there is an abundance of H and F on the product side. However, with the addition of
more F- the solution is the forced back to the left to reach the same equilibrium that was found
before. (Also take note that you have a 0.1M solution) Like so:
HF --> H+ + F-
in a aqueous solution there are H3O+ molecules and OH-.
Even though HF has a high level of dissociation it will not dissociate completely.
so when F is added the solution runs to the left because it has been added on the right.
The reason that it reacts with the H3O is because it is more basic than the H and the F reacts with
the most basic.
Hope this helps.
Solution
When you have an acidic solution like you do, (because the H+ and the F- dissociate very
readily), there is an abundance of H and F on the product side. However, with the addition of
more F- the solution is the forced back to the left to reach the same equilibrium that was found
before. (Also take note that you have a 0.1M solution) Like so:
HF --> H+ + F-
in a aqueous solution there are H3O+ molecules and OH-.
Even though HF has a high level of dissociation it will not dissociate completely.
so when F is added the solution runs to the left because it has been added on the right.
The reason that it reacts with the H3O is because it is more basic than the H and the F reacts with
the most basic.
Hope this helps..
Type III secretion system- Complex structure helps the bacteria to e.pdf
Type III secretion system- Complex structure helps the bacteria to escape the host immune
system.
Solution
Type III secretion system- Complex structure helps the bacteria to escape the host immune
system..
The OECD has produced a considerable amount of analytical work addre.pdf
The OECD has produced a considerable amount of analytical work addressing the issue of
incentives for attracting foreign direct investment (FDI). This list, compiled in the context of a
2002 project undertaken by the Investment Committee, provides an overview of this work which
is indicative, rather than exhaustive, of the large body of work undertaken by several OECD
bodies in this area.
The Economics of International Investment Incentives , 2001
This paper, prepared by Professor Magnus Blomstr
Solution
The OECD has produced a considerable amount of analytical work addressing the issue of
incentives for attracting foreign direct investment (FDI). This list, compiled in the context of a
2002 project undertaken by the Investment Committee, provides an overview of this work which
is indicative, rather than exhaustive, of the large body of work undertaken by several OECD
bodies in this area.
The Economics of International Investment Incentives , 2001
This paper, prepared by Professor Magnus Blomstr.
Q2. RAM holds the running configuration.Q4. The startup configurat.pdf
Q2. RAM holds the running configuration.
Q4. The startup configuration file is stored in NVRAM/ROM.
Q7. There are three elements of communication: the message sender, the feedback, and the
message receiver.
Q8. From the privileged exec mode of the router named ITT330, save the configuration to
NVRAM, prompt ___ command ___. What is the short version of this command.
Solution
Q2. RAM holds the running configuration.
Q4. The startup configuration file is stored in NVRAM/ROM.
Q7. There are three elements of communication: the message sender, the feedback, and the
message receiver.
Q8. From the privileged exec mode of the router named ITT330, save the configuration to
NVRAM, prompt ___ command ___. What is the short version of this command..
AnswerIn population 1, only homozygous dominant population is pre.pdf
Answer:
In population 1, only homozygous dominant population is present.
In population 2, only heterozygous dominant population is present.
Solution
Answer:
In population 1, only homozygous dominant population is present.
In population 2, only heterozygous dominant population is present..
P=VI=(10)(2)=20W absorbed+ve power means absorbed -ve power means .pdf
P=VI=(10)(2)=20W absorbed
+ve power means absorbed -ve power means supplied.
Solution
P=VI=(10)(2)=20W absorbed
+ve power means absorbed -ve power means supplied..
Option D is the answerSolutionOption D is the answer.pdf
Option D is the answer. The document states that Option D is the correct answer to an unknown question. It then repeats that Option D is the answer.
A.True B.True C.True D.False .pdf
This document contains a multiple choice question with 4 options: A, B, C and D. The solution provided states that options A, B and C are true, while option D is false.
Mean = (sum of the observations)(Total no. of observations)= (12+.pdf
Mean = (sum of the observations)/(Total no. of observations)
= (12+20+10+15+20)/5 = 15.4
Thus mean = 15.4
Solution
Mean = (sum of the observations)/(Total no. of observations)
= (12+20+10+15+20)/5 = 15.4
Thus mean = 15.4.
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3(s) + HClSolution3(s) + HCl.pdf
This chemical reaction involves reacting metallic sodium (3(s)) with hydrochloric acid (HCl) to form a solution. Metallic sodium reacts with hydrochloric acid, dissolving into solution. The unbalanced chemical equation shows metallic sodium (3(s)) reacting with hydrochloric acid (HCl).
#include iostream #include deque #include stdio.h scan.pdf
#include
#include
#include //scanf,printf
#include
#include //istringstream
using namespace std;
//maps
#include \"MapGeneric.h\"
#include \"MapTriple.h\"
#include \"MapAbsoluteValue.h\"
#include \"MapSquare.h\"
//filters
#include \"FilterGeneric.h\"
#include \"filterEven.h\"
#include \"filterPositive.h\"
#include \"filterPositiveTwoDigit.h\"
//reduce
#include \"ReduceGeneric.h\"
#include \"ReduceMinimum.h\"
#include \"ReduceGCD.h\"
int main()
{
deque L,L1,L2;
int i;
string line;
getline(cin,line);
if(line.size() == 0)
return 0;
line.erase(remove(line.begin(), line.end(), \',\'), line.end());
istringstream s(line);
while(s>>i)
{
L.push_back(i);
}
if(L.size() != 20)
return 0;
//converting L -> 3*|L| aka L1
MapTriple triple; MapAbsoluteValue abs;
L1 = triple.map(abs.map(L));
//converting L1 -> positive two digit integers -> even intergers aka L2
filterEven even; filterPositiveTwoDigit p2;
L2 = p2.filter(L1);
if(L2.size() <2)
return 0;
L2 = even.filter(L2);
if(L2.size() <2)
return 0;
//finding the minimum and GCD from L2 respectively
ReduceMinimum min; ReduceGCD gcd;
printf(\"%d %d\ \",min.reduce(L2),gcd.reduce(L2));
}
FilterGeneric.cpp
#include
#include
#include \"FilterGeneric.h\"
using namespace std;
deque FilterGeneric::filter(deque deq)
{
//calling recursive function with deq and its length
select(deq,deq.size()-1);
return filterDeq;
}
//int i is the index that will start from the length of deque till 0
void FilterGeneric::select(deque deq, int i)
{
if(i == 0)
{
bool val = f(deq[i]);
if(val)
filterDeq.push_front(deq[i]);
return;
}
bool val = f(deq[i]);
if(val)
filterDeq.push_front(deq[i]);
return select(deq,i-1);
}
FilterGeneric.h
#ifndef FILTERGENERIC_H
#define FILTERGENERIC_H
#include
class FilterGeneric
{
public:
std::deque filter(std::deque);
void select(std::deque,int);
protected:
//this deque will store the integers after filtration.
std::deque filterDeq;
private:
virtual bool f(int)=0;
};
#endif
MapAbsoluteValue.cpp
#include
#include
#include
#include \"MapGeneric.h\" //base
#include \"MapAbsoluteValue.h\"
using namespace std;
int MapAbsoluteValue::f(int num)
{
return abs(num);
}
MapAbsoluteValue.h
#ifndef MAPABSOLUTEVALUE_H
#define MAPABSOLUTEVALUE_H
#include
//this class will map a given input N, using the function map(input), to |N|
class MapAbsoluteValue: public MapGeneric
{
public:
//overwriting pure virtual function making N -> |N|
int f(int);
private:
};
#endif
MapGeneric.cpp
#include
#include
#include \"MapGeneric.h\"
using namespace std;
deque MapGeneric::map(deque deq)
{
//calling recursive function with deq and its length
calculate(deq,deq.size()-1);
return mapDeq;
}
//int i is the index that will start from the length of deque till 0
void MapGeneric::calculate(deque deq, int i)
{
if(i == 0)
{
int val = f(deq[i]);
mapDeq.push_front(val);
return;
}
int val = f(deq[i]);
mapDeq.push_front(val);
return calculate(deq,i-1);
}
MapGeneric.h
#ifndef MAPGENERIC_H
#define MAPGENERIC_H
#include
class MapGeneric
{
public:
std::deque ma.
This is a great question. The radial velocity met.pdf
This is a great question. The radial velocity method uses Doppler spectroscopy to
detect extrasolar planets, similar to the doppler radar used to track weather! It assumes stars
move a little as a planet orbits them causing a shift in the light spectrum the star produces. B is
true because as the planet orbits it pulls the star toward the observer casing the light to be blue
shifted. C is also true because light gets slightly red shifted. The answer is E.
Solution
This is a great question. The radial velocity method uses Doppler spectroscopy to
detect extrasolar planets, similar to the doppler radar used to track weather! It assumes stars
move a little as a planet orbits them causing a shift in the light spectrum the star produces. B is
true because as the planet orbits it pulls the star toward the observer casing the light to be blue
shifted. C is also true because light gets slightly red shifted. The answer is E..
Viruses are intracellular obligate parasites whic.pdf
Viruses are intracellular obligate parasites which means that they cannot replicate or
express their genes without the help of a living cell. A single virus particle (virion) is in and of
itself essentially inert. It lacks needed components that cells have to reproduce. When a virus
infects a cell, it marshals the cell\'s ribosomes, enzymes and much of the cellular machinery to
replicate. Unlike what we have seen in cellular replication processes such as mitosis and meiosis,
viral replication produces many progeny, that when complete, leave the host cell to infect other
cells in the organism. Viruses may contain double-stranded DNA, double-stranded RNA, single-
stranded DNA or single-stranded RNA. The type of genetic material found in a particular virus
depends on the nature and function of the specific virus. The exact nature of what happens after a
host is infected varies depending on the nature of the virus. The process for double-stranded
DNA, single-stranded DNA, double-stranded RNA and single-stranded RNA viral replication
will differ. For example, double-stranded DNA viruses typically must enter the host cell\'s
nucleus before they can replicate. Single-stranded RNA viruses however, replicate mainly in the
host cell\'s cytoplasm. Once a virus infects its host and the viral progeny components are
produced by the host\'s cellular machinery, the assembly of the viral capsid is a non-enzymatic
process. It is usually spontaneous. Viruses typically can only infect a limited number of hosts
(also known as host range). The \"lock and key\" mechanism is the most common explanation for
this range. Certain proteins on the virus particle must fit certain receptor sites on the particular
host\'s cell surface.
Solution
Viruses are intracellular obligate parasites which means that they cannot replicate or
express their genes without the help of a living cell. A single virus particle (virion) is in and of
itself essentially inert. It lacks needed components that cells have to reproduce. When a virus
infects a cell, it marshals the cell\'s ribosomes, enzymes and much of the cellular machinery to
replicate. Unlike what we have seen in cellular replication processes such as mitosis and meiosis,
viral replication produces many progeny, that when complete, leave the host cell to infect other
cells in the organism. Viruses may contain double-stranded DNA, double-stranded RNA, single-
stranded DNA or single-stranded RNA. The type of genetic material found in a particular virus
depends on the nature and function of the specific virus. The exact nature of what happens after a
host is infected varies depending on the nature of the virus. The process for double-stranded
DNA, single-stranded DNA, double-stranded RNA and single-stranded RNA viral replication
will differ. For example, double-stranded DNA viruses typically must enter the host cell\'s
nucleus before they can replicate. Single-stranded RNA viruses however, replicate mainly in the
host cell\'s cytoplas.
Step1 Na is a more reactive metal than Fe ; so it.pdf
Step1 Na is a more reactive metal than Fe ; so it can displace iron from its salts.But
iron can not displace sodium from its salts .thus there will be no reaction.
Solution
Step1 Na is a more reactive metal than Fe ; so it can displace iron from its salts.But
iron can not displace sodium from its salts .thus there will be no reaction..
Second ionization is compared to removing electro.pdf
Second ionization is compared to removing electron from the atom second time. If
the atom has reach noble gas configuration after first ionization, then it will be very difficult to
remove electrons from it. You can see that Na after removal of one electron obtains the noble
gas configuration. Hence, Na has the greatest second ionization table. My text contained chart of
ratio comparing second/first ionization. If you look at that chart you can see your answer clearly.
Hope this helps!
Solution
Second ionization is compared to removing electron from the atom second time. If
the atom has reach noble gas configuration after first ionization, then it will be very difficult to
remove electrons from it. You can see that Na after removal of one electron obtains the noble
gas configuration. Hence, Na has the greatest second ionization table. My text contained chart of
ratio comparing second/first ionization. If you look at that chart you can see your answer clearly.
Hope this helps!.
oxidizing reagent CuCl2 reducing reagent Fe not.pdf
oxidizing reagent: CuCl2 reducing reagent: Fe note: the oxidation state of Cu in
CuCl2 is +2 , while that in Cu is zero the OS of Fe in Fe is zero, the OS of Fe in FeCl2 is +2.
Solution
oxidizing reagent: CuCl2 reducing reagent: Fe note: the oxidation state of Cu in
CuCl2 is +2 , while that in Cu is zero the OS of Fe in Fe is zero, the OS of Fe in FeCl2 is +2..
On the following organic compounds,CH3CH2NH2 andC.pdf
On the following organic compounds,CH3CH2NH2 andCH3CONH2 is base. Both
of them got thetendency to attract H+ ions to form -NH3+ compound. CH3COOH is the acid. It
will release H+ ionsto form CH3COO- ions. While CH3CHOdoesnt have the tendency to attract
or release H+ions. Most acidic, CH3COOH. Compare CH3CH2NH2 andCH3CONH2. Oxygen
in theCH3CONH2 will attract the electrons towardoxygen molecule. This reduce the negativity
of compound. Therefore,it got less ability to attract H+ ions.CH3CH2NH2 is more basic
toCH3CONH2. So, the least acidic isCH3CH2NH2 (which is most basicamong 4)
Solution
On the following organic compounds,CH3CH2NH2 andCH3CONH2 is base. Both
of them got thetendency to attract H+ ions to form -NH3+ compound. CH3COOH is the acid. It
will release H+ ionsto form CH3COO- ions. While CH3CHOdoesnt have the tendency to attract
or release H+ions. Most acidic, CH3COOH. Compare CH3CH2NH2 andCH3CONH2. Oxygen
in theCH3CONH2 will attract the electrons towardoxygen molecule. This reduce the negativity
of compound. Therefore,it got less ability to attract H+ ions.CH3CH2NH2 is more basic
toCH3CONH2. So, the least acidic isCH3CH2NH2 (which is most basicamong 4).
Lewis Structures A structural formula in which el.pdf
Lewis Structures A structural formula in which electrons are represented by dots;
two dots between atoms represent a covalent bond. Also known as electron-dot formula or Lewis
formula. Covalent Bond A chemical bond formed by the sharing of one or more electrons,
especially pairs of electrons, between atoms. Ionic Bond A chemical bond between two ions
with opposite charges, characteristic of salts. Also called electrovalent bond. Resonance The
property of a compound having simultaneously the characteristics of two or more structural
forms that differ only in the distribution of electrons. Such compounds are highly stable and
cannot be properly represented by a single structural formula. Polarity Tendency of a molecule,
or compound, to be attracted or repelled by electrical charges because of an asymmetrical
arrangement of atoms around the nucleus. Dipole Moment A dipole moment is the development
of an electronic charge in a molecule by virtue of it structure and components. Bond Energy The
average value of specific bond dissociation energies that have been measured from different
molecules of a given type Valence shell electron pair repulsion (VSEPR) theory is a model in
chemistry used to predict the shape of individual molecules based upon the extent of electron-
pair electrostatic repulsion.It is also named Gillespie–Nyholm theory after its two main
developers The premise of VSEPR is that the valence electron pairs surrounding an atom
mutually repel each other, and will therefore adopt an arrangement that minimizes this repulsion,
thus determining the molecular geometry. The number of electron pairs surrounding an atom,
both bonding and nonbonding, is called its steric number.
Solution
Lewis Structures A structural formula in which electrons are represented by dots;
two dots between atoms represent a covalent bond. Also known as electron-dot formula or Lewis
formula. Covalent Bond A chemical bond formed by the sharing of one or more electrons,
especially pairs of electrons, between atoms. Ionic Bond A chemical bond between two ions
with opposite charges, characteristic of salts. Also called electrovalent bond. Resonance The
property of a compound having simultaneously the characteristics of two or more structural
forms that differ only in the distribution of electrons. Such compounds are highly stable and
cannot be properly represented by a single structural formula. Polarity Tendency of a molecule,
or compound, to be attracted or repelled by electrical charges because of an asymmetrical
arrangement of atoms around the nucleus. Dipole Moment A dipole moment is the development
of an electronic charge in a molecule by virtue of it structure and components. Bond Energy The
average value of specific bond dissociation energies that have been measured from different
molecules of a given type Valence shell electron pair repulsion (VSEPR) theory is a model in
chemistry used to predict the shape of individual molecules based upon the extent of electr.
fluorine , oxygen , chlorine , sulphor ,phophorus.pdf
fluorine , oxygen , chlorine , sulphor ,phophorus
Solution
fluorine , oxygen , chlorine , sulphor ,phophorus.
CuS is insoluble. NaCl stays in solution. so cor.pdf
CuS is insoluble. NaCl stays in solution. so correct answer is C
Solution
CuS is insoluble. NaCl stays in solution. so correct answer is C.
When you have an acidic solution like you do, (because the H+ and th.pdf
When you have an acidic solution like you do, (because the H+ and the F- dissociate very
readily), there is an abundance of H and F on the product side. However, with the addition of
more F- the solution is the forced back to the left to reach the same equilibrium that was found
before. (Also take note that you have a 0.1M solution) Like so:
HF --> H+ + F-
in a aqueous solution there are H3O+ molecules and OH-.
Even though HF has a high level of dissociation it will not dissociate completely.
so when F is added the solution runs to the left because it has been added on the right.
The reason that it reacts with the H3O is because it is more basic than the H and the F reacts with
the most basic.
Hope this helps.
Solution
When you have an acidic solution like you do, (because the H+ and the F- dissociate very
readily), there is an abundance of H and F on the product side. However, with the addition of
more F- the solution is the forced back to the left to reach the same equilibrium that was found
before. (Also take note that you have a 0.1M solution) Like so:
HF --> H+ + F-
in a aqueous solution there are H3O+ molecules and OH-.
Even though HF has a high level of dissociation it will not dissociate completely.
so when F is added the solution runs to the left because it has been added on the right.
The reason that it reacts with the H3O is because it is more basic than the H and the F reacts with
the most basic.
Hope this helps..
Type III secretion system- Complex structure helps the bacteria to e.pdf
Type III secretion system- Complex structure helps the bacteria to escape the host immune
system.
Solution
Type III secretion system- Complex structure helps the bacteria to escape the host immune
system..
The OECD has produced a considerable amount of analytical work addre.pdf
The OECD has produced a considerable amount of analytical work addressing the issue of
incentives for attracting foreign direct investment (FDI). This list, compiled in the context of a
2002 project undertaken by the Investment Committee, provides an overview of this work which
is indicative, rather than exhaustive, of the large body of work undertaken by several OECD
bodies in this area.
The Economics of International Investment Incentives , 2001
This paper, prepared by Professor Magnus Blomstr
Solution
The OECD has produced a considerable amount of analytical work addressing the issue of
incentives for attracting foreign direct investment (FDI). This list, compiled in the context of a
2002 project undertaken by the Investment Committee, provides an overview of this work which
is indicative, rather than exhaustive, of the large body of work undertaken by several OECD
bodies in this area.
The Economics of International Investment Incentives , 2001
This paper, prepared by Professor Magnus Blomstr.
Q2. RAM holds the running configuration.Q4. The startup configurat.pdf
Q2. RAM holds the running configuration.
Q4. The startup configuration file is stored in NVRAM/ROM.
Q7. There are three elements of communication: the message sender, the feedback, and the
message receiver.
Q8. From the privileged exec mode of the router named ITT330, save the configuration to
NVRAM, prompt ___ command ___. What is the short version of this command.
Solution
Q2. RAM holds the running configuration.
Q4. The startup configuration file is stored in NVRAM/ROM.
Q7. There are three elements of communication: the message sender, the feedback, and the
message receiver.
Q8. From the privileged exec mode of the router named ITT330, save the configuration to
NVRAM, prompt ___ command ___. What is the short version of this command..
AnswerIn population 1, only homozygous dominant population is pre.pdf
Answer:
In population 1, only homozygous dominant population is present.
In population 2, only heterozygous dominant population is present.
Solution
Answer:
In population 1, only homozygous dominant population is present.
In population 2, only heterozygous dominant population is present..
P=VI=(10)(2)=20W absorbed+ve power means absorbed -ve power means .pdf
P=VI=(10)(2)=20W absorbed
+ve power means absorbed -ve power means supplied.
Solution
P=VI=(10)(2)=20W absorbed
+ve power means absorbed -ve power means supplied..
Option D is the answerSolutionOption D is the answer.pdf
Option D is the answer. The document states that Option D is the correct answer to an unknown question. It then repeats that Option D is the answer.
A.True B.True C.True D.False .pdf
This document contains a multiple choice question with 4 options: A, B, C and D. The solution provided states that options A, B and C are true, while option D is false.
Mean = (sum of the observations)(Total no. of observations)= (12+.pdf
Mean = (sum of the observations)/(Total no. of observations)
= (12+20+10+15+20)/5 = 15.4
Thus mean = 15.4
Solution
Mean = (sum of the observations)/(Total no. of observations)
= (12+20+10+15+20)/5 = 15.4
Thus mean = 15.4.
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Moseley showed that there were gaps in the atomic.pdf
- 1. Moseley showed that there were gaps in the atomic number sequence at numbers 43, 61, 72, and 75. These spaces are now known, respectively, to be the places of the radioactive synthetic elements technetium and promethium, and also the last two quite rare naturally- occurring stable elements hafnium (discovered 1923) and rhenium (discovered 1925). Nothing about these four elements was known of in Moseley's lifetime, not even their very existence. Based on the intuition of a very experienced chemist, Dimitri Mendeleev had predicted the existence of a missing element in the Periodic Table, which was later found to be filled by technetium, and Bohuslav Brauner had predicted the existence of another missing element in this Table, which was later found to be filled by promethium. Henry Moseley's experiments confirmed these predictions, by showing exactly what the missing atomic numbers were, 43 and 61. In addition, Moseley predicted the two more undiscovered elements, those with the atomic numbers 72 and 75, and he gave very strong evidence that there were no other gaps in the Periodic Table between the elements aluminium (atomic number 13) and gold (atomic number 79). Solution Moseley showed that there were gaps in the atomic number sequence at numbers 43, 61, 72, and 75. These spaces are now known, respectively, to be the places of the radioactive synthetic elements technetium and promethium, and also the last two quite rare naturally- occurring stable elements hafnium (discovered 1923) and rhenium (discovered 1925). Nothing about these four elements was known of in Moseley's lifetime, not even their very existence. Based on the intuition of a very experienced chemist, Dimitri Mendeleev had predicted the existence of a missing element in the Periodic Table, which was later found to be filled by technetium, and Bohuslav Brauner had predicted the existence of another missing element in this Table, which was later found to be filled by promethium. Henry Moseley's experiments confirmed these predictions, by showing exactly what the missing atomic numbers were, 43 and 61. In addition, Moseley predicted the two more undiscovered elements, those with the atomic numbers 72 and 75, and he gave very strong evidence that there were no other gaps in the Periodic Table between the elements aluminium (atomic number 13) and gold (atomic number 79).