DNA and RNA are both stands of nucleotides but RNA can carry out for .pdf
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DNA and RNA are both stands of nucleotides but RNA can carry out for more functions than DNA. How docs the structure of RNA differ from DNA? What additional activities/function can RNA do that DNA cannot? Solution The structure of ribonucleic acid is single stranded in which thymine replaces uracil as complimentary base and other adenine, guanine, cytosine are the nucleotides but deoxyribonucleic acid is double stranded & duplex. The additive activities can RNA performing are to undergo \"translation\" to code for proteins the following are the other functions where as DNA cannot undergo translation directly to code for proteins Small nuclear ribonucleic acid (snRNA): It is also known as U-RNA as it contains many uridine contents in its complex structure. This is composed of 150 nucleotides nearly to produce spliceosomes and to act along with snRNP. This snRNA has a predominant role in splicing. mRNA: It is produced by the transcription of DNA in the presence of RNA polymerase enzyme and it has amino acid coding exons to code for specific proteins as per genetic code. rRNA (ribosomal RNA): It has 50S and 30S ribosomal subunits which have aminoacyl site and peptidyl site to carry out translation process during protein synthesis with mRNA. tRNA (transfer RNA): It has clover leaf structure & common to all tRNA structure. It has anticodon site to bind to the mRNA and to displace mRNA transcript from nuclear region onto the rRNA for protein synthesis. It is considered as an adaptor molecule mainly consist of 76 to 90 ribonucleotides in length piRNA: Piwi-interacting RNAs (piRNA) are the small non-coding RNA molecules with 26 to 31 nucleotides that are expressed in many of the germ lines of eukaryotic animals. piRNAs interact with piwi proteins to form RNA-protein complexes..
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RNA.pptx
RNA, or ribonucleic acid, is a vital molecule in the field of molecular biology. It plays a crucial role in the flow of genetic information within cells, serving as a messenger that carries instructions from DNA to guide the synthesis of proteins. Unlike DNA, RNA is typically single-stranded and contains the nucleotide uracil instead of thymine.
There are several types of RNA, each with specific functions. Messenger RNA (mRNA) carries genetic information from the DNA in the cell nucleus to the ribosomes, where protein synthesis occurs. Transfer RNA (tRNA) delivers amino acids to the ribosomes, ensuring that the correct sequence of amino acids is assembled during protein synthesis. Ribosomal RNA (rRNA) is a structural component of ribosomes, which are the cellular machinery responsible for protein synthesis.
RNA is involved in various cellular processes beyond protein synthesis, such as gene regulation and the catalysis of biochemical reactions. Additionally, emerging research continues to unveil the diverse roles of RNA in cellular functions and disease mechanisms. The study of RNA has significant implications in understanding the fundamental processes of life and in the development of therapeutic interventions.
Recommended
RNA.pptx
RNA, or ribonucleic acid, is a vital molecule in the field of molecular biology. It plays a crucial role in the flow of genetic information within cells, serving as a messenger that carries instructions from DNA to guide the synthesis of proteins. Unlike DNA, RNA is typically single-stranded and contains the nucleotide uracil instead of thymine.
There are several types of RNA, each with specific functions. Messenger RNA (mRNA) carries genetic information from the DNA in the cell nucleus to the ribosomes, where protein synthesis occurs. Transfer RNA (tRNA) delivers amino acids to the ribosomes, ensuring that the correct sequence of amino acids is assembled during protein synthesis. Ribosomal RNA (rRNA) is a structural component of ribosomes, which are the cellular machinery responsible for protein synthesis.
RNA is involved in various cellular processes beyond protein synthesis, such as gene regulation and the catalysis of biochemical reactions. Additionally, emerging research continues to unveil the diverse roles of RNA in cellular functions and disease mechanisms. The study of RNA has significant implications in understanding the fundamental processes of life and in the development of therapeutic interventions.
RNA: Nature, type and Structure
This presentation ppt have basic information about RNA and its nature, types and structure
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE
Introduction to Transcription
Transcription is the process by which the information in a strand of DNA is copied into a new molecule of messenger RNA (mRNA).Transcription is carried out by an enzyme called RNA polymerase and a number of accessory proteins called transcription factors.
TOPIC- DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE
NUCLEIC ACIDS: THE RNA DOCUMENT
This is the whole document of the slide presentation NUCLEIC ACID: THE RNA. This full document contains all the information and explanation of the slide presentation.
RNA Class:The Classification of RNA
Ribose Nucleic Acid, also named RNA, is the intermediary of DNA and protein. Compared with DNA, RNA has less molecular-weight but more classification.With the development of all kinds of research, scientists found that RNA plays an important role in the evolution of life. I hope this article can share basic knowledge with you and can make you have a better understanding on RNA.
DNA DNA is the genetic material of organisms. It contains the gene.pdf
DNA : DNA is the genetic material of organisms. It contains the genetic information coded
within itself . And genetic information is passed onto over generations. Also DNA provides
template for formation of RNA and also replicates itself when cell gets divided. DNA is
composed of purines and pyrimidines connected through hydrogen bonds on a sugar phosphate
backbone. These bases form codon for protein synthesis.
RNA : RNA is ribonucleic acid which differs from DNA in sugar composition and in RNA
thymine is replaced by uracil in RNA. RNA is of three types . mRNA which js useful for
formation of Protein . rRNA OR RIBOSOMAL RNA is useful for ribosomes. and tRNA or
Transfer RNA is important component of protein synthesis. So RNA is the key component of
proteins in the cell.
PROTEINS: Proteins we can say is one of the building blocks of cells in an organism. All
enzymes required for physiological processes are proteinaceous in nature. So they are required
for every minor processes of an organisms.
CARBOHYDRATES : Carbohydrates are also one of the most important biological macro
molecule. Several sugars are involved in energy generation in the cell. So carbohydrates
basically are involved in generation of energy in the cell. ATP is produce by sugar metabolism
only.
LIPIDS : Lipids are also source of energy in cell and equally important biological
macromolecule for teh cell. Stored lipids in the cell provides energy and from from lipids various
metabolic pathways are important.
BUILDING BLOCKS
DNA and RNA : Nitrogenous bases
Proteins : Amino acids
Carbohydreate: Monosaccharide
LIPIDS : Fatty acids.
Solution
DNA : DNA is the genetic material of organisms. It contains the genetic information coded
within itself . And genetic information is passed onto over generations. Also DNA provides
template for formation of RNA and also replicates itself when cell gets divided. DNA is
composed of purines and pyrimidines connected through hydrogen bonds on a sugar phosphate
backbone. These bases form codon for protein synthesis.
RNA : RNA is ribonucleic acid which differs from DNA in sugar composition and in RNA
thymine is replaced by uracil in RNA. RNA is of three types . mRNA which js useful for
formation of Protein . rRNA OR RIBOSOMAL RNA is useful for ribosomes. and tRNA or
Transfer RNA is important component of protein synthesis. So RNA is the key component of
proteins in the cell.
PROTEINS: Proteins we can say is one of the building blocks of cells in an organism. All
enzymes required for physiological processes are proteinaceous in nature. So they are required
for every minor processes of an organisms.
CARBOHYDRATES : Carbohydrates are also one of the most important biological macro
molecule. Several sugars are involved in energy generation in the cell. So carbohydrates
basically are involved in generation of energy in the cell. ATP is produce by sugar metabolism
only.
LIPIDS : Lipids are also source of energy in cell and equally important biological
macromo.
Find the indicial roots then solve the following ODE using series. Yo.pdf
Find the indicial roots then solve the following ODE using series. You must show the first 4
terms of each series. xy\" + 2y\' + xy = 0
Solution
Ans-
Let X be a set and let be a family of subsets of X. Then is called a topology on X if:[1][2]
If is a topology on X, then the pair (X, ) is called a topological space. The notation X may be
used to denote a set X endowed with the particular topology .
The members of are called open sets in X. A subset of X is said to be closed if its complement is
in (i.e., its complement is open). A subset of X may be open, closed, both (clopen set), or
neither. The empty set and X itself are always both closed and open.
Basis for a topology
Main article: Basis (topology)
A base (or basis) B for a topological space X with topology T is a collection of open sets in T
such that every open set in T can be written as a union of elements of B.[3][4] We say that the
base generates the topology T. Bases are useful because many properties of topologies can be
reduced to statements about a base that generates that topology—and because many topologies
are most easily defined in terms of a base that generates them.
Subspace and quotient
Every subset of a topological space can be given the subspace topology in which the open sets
are the intersections of the open sets of the larger space with the subset. For any indexed family
of topological spaces, the product can be given the product topology, which is generated by the
inverse images of open sets of the factors under the projection mappings. For example, in finite
products, a basis for the product topology consists of all products of open sets. For infinite
products, there is the additional requirement that in a basic open set, all but finitely many of its
projections are the entire space.
A quotient space is defined as follows: if X is a topological space and Y is a set, and if f : XY is
a surjective function, then the quotient topology on Y is the collection of subsets of Y that have
open inverse images under f. In other words, the quotient topology is the finest topology on Y for
which f is continuous. A common example of a quotient topology is when an equivalence
relation is defined on the topological space X. The map f is then the natural projection onto the
set of equivalence classes.
Examples of topological spaces
A given set may have many different topologies. If a set is given a different topology, it is
viewed as a different topological space. Any set can be given the discrete topology in which
every subset is open. The only convergent sequences or nets in this topology are those that are
eventually constant. Also, any set can be given the trivial topology (also called the indiscrete
topology), in which only the empty set and the whole space are open. Every sequence and net in
this topology converges to every point of the space. This example shows that in general
topological spaces, limits of sequences need not be unique. However, often topological spaces
must b.
Design verilog code [in ISE Project Navigator Verilog Module, Veril.pdf
Design verilog code [in ISE Project Navigator: Verilog Module, Verilog Text Fixture_TB] for:
4-bits synchronous up/down counter with an enable. This counter has three inputs Clock,
ENABLE, and UP/DOWN’ and four outputs O3 (MSB),O2,O1, and O0 (LSB). The table below
defines the circuit behavior: ENABLE UP/DOWN\' Function 0 X Stop counting 0 Count down:
15,14,...,1,0,15,14, Count up: 0,1,...,14,15,0,1
Solution
What is the verilog code for 4-bit updown counter with synchronous clear?
2 ANSWERS
[Sanket Naik]
Sanket Naik, been there, done that...!
1.7k Views
module up_dn_cnt (
input clk,
input clr, //Active high clear
input up, //Active high up count enable
input dn, //Active down up count enable
output [3:0] count
);
always @(posedge clk, posedge clr) begin
if(clr == 1) begin
count <= \'b0;
end else begin
if(up == 1) begin
count <= count + 1;
end else if(dn == 1) begin
count <= count - 1;
end
end
end
endmodule.
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RNA: Nature, type and Structure
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DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE
Introduction to Transcription
Transcription is the process by which the information in a strand of DNA is copied into a new molecule of messenger RNA (mRNA).Transcription is carried out by an enzyme called RNA polymerase and a number of accessory proteins called transcription factors.
TOPIC- DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE
NUCLEIC ACIDS: THE RNA DOCUMENT
This is the whole document of the slide presentation NUCLEIC ACID: THE RNA. This full document contains all the information and explanation of the slide presentation.
RNA Class:The Classification of RNA
Ribose Nucleic Acid, also named RNA, is the intermediary of DNA and protein. Compared with DNA, RNA has less molecular-weight but more classification.With the development of all kinds of research, scientists found that RNA plays an important role in the evolution of life. I hope this article can share basic knowledge with you and can make you have a better understanding on RNA.
DNA DNA is the genetic material of organisms. It contains the gene.pdf
DNA : DNA is the genetic material of organisms. It contains the genetic information coded
within itself . And genetic information is passed onto over generations. Also DNA provides
template for formation of RNA and also replicates itself when cell gets divided. DNA is
composed of purines and pyrimidines connected through hydrogen bonds on a sugar phosphate
backbone. These bases form codon for protein synthesis.
RNA : RNA is ribonucleic acid which differs from DNA in sugar composition and in RNA
thymine is replaced by uracil in RNA. RNA is of three types . mRNA which js useful for
formation of Protein . rRNA OR RIBOSOMAL RNA is useful for ribosomes. and tRNA or
Transfer RNA is important component of protein synthesis. So RNA is the key component of
proteins in the cell.
PROTEINS: Proteins we can say is one of the building blocks of cells in an organism. All
enzymes required for physiological processes are proteinaceous in nature. So they are required
for every minor processes of an organisms.
CARBOHYDRATES : Carbohydrates are also one of the most important biological macro
molecule. Several sugars are involved in energy generation in the cell. So carbohydrates
basically are involved in generation of energy in the cell. ATP is produce by sugar metabolism
only.
LIPIDS : Lipids are also source of energy in cell and equally important biological
macromolecule for teh cell. Stored lipids in the cell provides energy and from from lipids various
metabolic pathways are important.
BUILDING BLOCKS
DNA and RNA : Nitrogenous bases
Proteins : Amino acids
Carbohydreate: Monosaccharide
LIPIDS : Fatty acids.
Solution
DNA : DNA is the genetic material of organisms. It contains the genetic information coded
within itself . And genetic information is passed onto over generations. Also DNA provides
template for formation of RNA and also replicates itself when cell gets divided. DNA is
composed of purines and pyrimidines connected through hydrogen bonds on a sugar phosphate
backbone. These bases form codon for protein synthesis.
RNA : RNA is ribonucleic acid which differs from DNA in sugar composition and in RNA
thymine is replaced by uracil in RNA. RNA is of three types . mRNA which js useful for
formation of Protein . rRNA OR RIBOSOMAL RNA is useful for ribosomes. and tRNA or
Transfer RNA is important component of protein synthesis. So RNA is the key component of
proteins in the cell.
PROTEINS: Proteins we can say is one of the building blocks of cells in an organism. All
enzymes required for physiological processes are proteinaceous in nature. So they are required
for every minor processes of an organisms.
CARBOHYDRATES : Carbohydrates are also one of the most important biological macro
molecule. Several sugars are involved in energy generation in the cell. So carbohydrates
basically are involved in generation of energy in the cell. ATP is produce by sugar metabolism
only.
LIPIDS : Lipids are also source of energy in cell and equally important biological
macromo.
Similar to DNA and RNA are both stands of nucleotides but RNA can carry out for .pdf (20)
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
TOPIC- DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
TOPIC- DIFFERENT TYPES OF RNA, THEIR SYNTHESIS AND STRUCTURE.pptx
DNA DNA is the genetic material of organisms. It contains the gene.pdf
DNA DNA is the genetic material of organisms. It contains the gene.pdf
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Find the indicial roots then solve the following ODE using series. Yo.pdf
Find the indicial roots then solve the following ODE using series. You must show the first 4
terms of each series. xy\" + 2y\' + xy = 0
Solution
Ans-
Let X be a set and let be a family of subsets of X. Then is called a topology on X if:[1][2]
If is a topology on X, then the pair (X, ) is called a topological space. The notation X may be
used to denote a set X endowed with the particular topology .
The members of are called open sets in X. A subset of X is said to be closed if its complement is
in (i.e., its complement is open). A subset of X may be open, closed, both (clopen set), or
neither. The empty set and X itself are always both closed and open.
Basis for a topology
Main article: Basis (topology)
A base (or basis) B for a topological space X with topology T is a collection of open sets in T
such that every open set in T can be written as a union of elements of B.[3][4] We say that the
base generates the topology T. Bases are useful because many properties of topologies can be
reduced to statements about a base that generates that topology—and because many topologies
are most easily defined in terms of a base that generates them.
Subspace and quotient
Every subset of a topological space can be given the subspace topology in which the open sets
are the intersections of the open sets of the larger space with the subset. For any indexed family
of topological spaces, the product can be given the product topology, which is generated by the
inverse images of open sets of the factors under the projection mappings. For example, in finite
products, a basis for the product topology consists of all products of open sets. For infinite
products, there is the additional requirement that in a basic open set, all but finitely many of its
projections are the entire space.
A quotient space is defined as follows: if X is a topological space and Y is a set, and if f : XY is
a surjective function, then the quotient topology on Y is the collection of subsets of Y that have
open inverse images under f. In other words, the quotient topology is the finest topology on Y for
which f is continuous. A common example of a quotient topology is when an equivalence
relation is defined on the topological space X. The map f is then the natural projection onto the
set of equivalence classes.
Examples of topological spaces
A given set may have many different topologies. If a set is given a different topology, it is
viewed as a different topological space. Any set can be given the discrete topology in which
every subset is open. The only convergent sequences or nets in this topology are those that are
eventually constant. Also, any set can be given the trivial topology (also called the indiscrete
topology), in which only the empty set and the whole space are open. Every sequence and net in
this topology converges to every point of the space. This example shows that in general
topological spaces, limits of sequences need not be unique. However, often topological spaces
must b.
Design verilog code [in ISE Project Navigator Verilog Module, Veril.pdf
Design verilog code [in ISE Project Navigator: Verilog Module, Verilog Text Fixture_TB] for:
4-bits synchronous up/down counter with an enable. This counter has three inputs Clock,
ENABLE, and UP/DOWN’ and four outputs O3 (MSB),O2,O1, and O0 (LSB). The table below
defines the circuit behavior: ENABLE UP/DOWN\' Function 0 X Stop counting 0 Count down:
15,14,...,1,0,15,14, Count up: 0,1,...,14,15,0,1
Solution
What is the verilog code for 4-bit updown counter with synchronous clear?
2 ANSWERS
[Sanket Naik]
Sanket Naik, been there, done that...!
1.7k Views
module up_dn_cnt (
input clk,
input clr, //Active high clear
input up, //Active high up count enable
input dn, //Active down up count enable
output [3:0] count
);
always @(posedge clk, posedge clr) begin
if(clr == 1) begin
count <= \'b0;
end else begin
if(up == 1) begin
count <= count + 1;
end else if(dn == 1) begin
count <= count - 1;
end
end
end
endmodule.
Distinguish between the concepts of stereotyping, prejudice, and dis.pdf
Distinguish between the concepts of stereotyping, prejudice, and discrimination.
***PSYCHOLOGY
Solution
Stereotyping: generalised belief about a group of people in which identical characters are
assigned to virtually all members of the group, regardless actual variation among the members.
Prejudice: it is attitude or feeling, favourable or unfavorable towards a person or group of people,
prior to, or not based on, actual experience. Discrimination: negative or harmful beheaviour
towards the member or members of a group simply because of their membership in that group..
38 Cats eat only animals. Something fuzzy exists. Everything thats .pdf
38 Cats eat only animals. Something fuzzy exists. Everything that\'s fuzzy is a cat. And
everything eats some- thing. So animals exist. C(a), E(r, y), A(x),Fx)
Solution
Cats eat only animals.C(x)
Somthing fuzzy exists E(x,y)
Everything that is a fuzzy is a cat. A(x)
Everything eats something F(x)
E(x,y) implies A(x)
If F(x) is true then A(x) is also true.
Since A(x) is true, C(x) implies there exist animals..
An octapeptide was hydrolyzed and the amino acids separated. It was .pdf
An octapeptide was hydrolyzed and the amino acids separated. It was found to have the
following amino acid composition: Gly (1); Ala (2); Val (1); Lys (2); Met (1); Asp (1). After
incubation with FDNB and hydrolysis, 2,4-dinitrophenylalanine was detected. Treatment with
cyanogen bromide, which cleaves at M, resulted in two fragments: a pentapeptide containing two
K residues and a tripeptide containing V, G, and A. (The residues are not listed in any particular
order.) After treatment with trypsin, which cleaves at R and K, there were 3 fragments: two
dipeptides and MGAV. What is the sequence of the peptide? Use the one-letter abbreviations for
the amino acids, and do not use dashes. An octapeptide was hydrolyzed and the amino acids
separated. It was found to have the following amino acid composition: Gly (1), Ala (2); Val (1),
Lys (2), Met (1), Asp (1). After incubation with FDNB and hydrolysis, 2,4-dinitrophenylalanine
was detected. NO2 NO2 NH H3C-CH OO Treatment with cyanogen bromide, which cleaves at
M, resulted in two fragments: a pentapeptide containing two K residues and a tripeptide
containing V, G, and A. (The residues are not listed in any particular order.) After treatment with
trypsin, which cleaves at R and K, there were 3 fragments: two dipeptides and M What is the
sequence of the peptide? Use the one-letter abbreviations for the amino acids, and do not use
dashes.
Solution
An octapeptide was hydrolyzed and the amino acids separated. It was found to have the
following amino acid composition: Gly (1); Ala (2); Val (1); Lys (2); Met (1); Asp (1).
After incubation with FDNB and hydrolysis, 2,4-dinitrophenylalanine was detected.
1-fluoro-2,4-dinitrobenzene (FDNB) is an reagent that always react with N-terminal aminoacid
of a peptide chain and after acid hydrolysis it produces 2.4-dinitrophenyl derivative of
aminoacid. As there is production of 2,4-dinitrophenylalanine, that means alanine is present at
the N-terminal end of the octapeptide.
Treatment with cyanogen bromide, which cleaves at M, resulted in two fragments: a
pentapeptide containing two K residues and a tripeptide containing V, G, and A. (The residues
are not listed in any particular order.)
Cyanogen bromide always cleaves the peptide at the carboxylic end of methionine and after
cleavage it gives two fragments of pentapeptide and tripeptide. So it indicates that methionine is
present at 5th position of the octapeptide.
After treatment with trypsin, which cleaves at R and K, there were 3 fragments: two dipeptides
and MGAV.
Trypsin always cleaves at the carboxy-terminal of arginine and lysine. After cleavage, two
dipeptide and one tetrapeptide (MGAV) is produced. So it is cleared that, the two dipeptide
would be AK and DK.
Therefore the final aminoacid sequence of the octapeptide would be H2N-AKDKMGAV-COOH
Answer: AKDKMGAV.
c. hydrophillic heads; sticking out toward the interior and exterior.pdf
c. hydrophillic heads; sticking out toward the interior and exterior of the cell
d. hydrophobic and hydrophylic sides, facing in toward another Properties of Phospholipids The
plasma membrane is made up of a phospholipid bilayer, with the of the phospholipids Multiple
Choice hydrophobic tails: sticking out toward the interior and exterior of the cell hydrophilic
heads facing in toward one another
Solution
(C).hydrophilic heads;sticking out toward the interior and exterior of the cell.
According to the fluid-mosaic model,the hydrophobic tails are present in between the
phospholipid bilayer and the hydrophilic heads facing outward top and bottom of the layer.These
heads are made up of phosphate and glycerol whereas the tail is made up of unsatuarated and
saturated fatty acids..
Biology Lab questions1. Units of amino acid are carried to the ri.pdf
Biology Lab questions:
1. Units of amino acid are carried to the ribosomes by (A) transfer RNA (B) radioactive uracil
(C) template RNA (D) messenger RNA
Solution
The units of amino acids are carried to the ribosomes by t-rna which is charged.. According to
the codon present in the ribosomes that charged t-rna of that particular amino acid are carried to
the ribosomes..!!.
Why is it important to use several sources of power and influence, r.pdf
Why is it important to use several sources of power and influence, rather than relying on one or
two?
Solution
There are 5 various sources of influence that are as follows
1. Reward power
2. Coercive power
3. Legitimate power
4. Expert power
5. Recent power
Reward power is that in which we can provide reqare for obtaining power
Coercive power is that we can take a disciplinary action to obtain power or to influence for work.
Legitimate power is that which can be granted by your position or rights that as a MD of a
company have a power towards the employees who report him
Expert power is that which is received by your knowledge and experience of any work .
Referent power is that which is related to your reference when you know someone and feel that
you know him means you connect with him
All the five sources of power and influence are important because with the help of all the five
sources we can do the best of himself nothing has been left. And we know every person has
different different thoughts and views. Not all the person preferred same thing . And we don\'t
know the person clearly so if we use all the five sources it helps us to increase or obtaining good
and satisfactory results .
If we use only one or two and rely on it . May be it happens that person don\'t like these two
means these two sources are not good as per that person for obtaining good response. May be it
happens that we wants more position as compared to monetary benefits so if we can use all the
five sources then It makes more chance of better influencing..
What is special about the colugos teethLower incisors are comb-li.pdf
What is special about the colugos teeth?
Lower incisors are comb-like
Only two upper incisors
Upper canines are reduced
Only one lower molar
Solution
Lower incisor are comb like.
Upper incisors are 2 in each quadrant since dental formula for colugos is 2.1.2.3 for upper jaw.
Colugos has special feature that their incisor are comb shape,which has almost 20 tines on it.
These comb in incisors are used for grooming. As is seen in stepsirrihines they hav similar
function and appearance..
write simple program in c++ in which source reads a file of integers.pdf
write simple program in c++ in which source reads a file of integers and outputs the average
Solution
Average.cpp
#include
#include
using namespace std;
int main()
{
ifstream inputFile;
inputFile.open(\"numbers.txt\");
int n;
int sum =0;
int count = 0;
double average = 0;
if (inputFile.is_open()) {
while (!inputFile.eof()) {
inputFile >> n;
sum = sum + n;
count++;
}
}
average = sum/(double)count;
cout<<\"The average is \"<.
Write an example of a unit test for a Class methods using JUnitfr.pdf
Write an example of a unit test for a Class methods using JUnitframework
Write an example of a unit test for a Class methods using JUnitframework
Solution
Example of test case java using JUnitframework:
import org.junit.Test;
import static org.junit.Assert.assertEquals;
public class TestJunit {
String message = \"Hello World\";
MessageUtil messageUtil = new MessageUtil(message);
@Test
public void testPrintMessage() {
assertEquals(message,messageUtil.printMessage());
}
}
Test suit Examples:
import org.junit.runner.RunWith;
import org.junit.runners.Suite;
//JUnit Suite Test
@RunWith(Suite.class)
@Suite.SuiteClasses({
TestJunit1.class ,TestJunit2.class
})
public class JunitTestSuite {
}
import org.junit.Test;
import org.junit.Ignore;
import static org.junit.Assert.assertEquals;
public class TestJunit1 {
String message = \"Robert\";
MessageUtil messageUtil = new MessageUtil(message);
@Test
public void testPrintMessage() {
System.out.println(\"Inside testPrintMessage()\");
assertEquals(message, messageUtil.printMessage());
}
}
import org.junit.Test;
import org.junit.Ignore;
import static org.junit.Assert.assertEquals;
public class TestJunit2 {
String message = \"Robert\";
MessageUtil messageUtil = new MessageUtil(message);
@Test
public void testSalutationMessage() {
System.out.println(\"Inside testSalutationMessage()\");
message = \"Hi!\" + \"Robert\";
assertEquals(message,messageUtil.salutationMessage());
}
}.
whats in plasmaSolutionAnswerBlood is the fluid connecti.pdf
what\'s in plasma?
Solution
Answer:
Blood is the fluid connective tissue possesses plasma (45%) and remaining blood cells such as
monocytes, macrophages, clotting factors, platelets, and nutrients. This plasma is composed of
protein compartment in which various serum albumins, globulins along with clotting factors are
existing. Plasma protein components such as “beta globulin” and “glycoproteins” have extensive
saturable binding affinity.
What is a reason we want to write in a concise manner 1. To elimina.pdf
What is a reason we want to write in a concise manner? 1. To eliminate redundant and repetitive
words 2. To allow better use of bullets 3. To avoid jargon or industry language 4. To indicate the
main point of the message
Solution
4. To indicate main point of message
We write in a concise manner to brief eth content clearly using few words.
What are the advantages of Credit Suisse’s new supplier managemente.pdf
What are the advantages of Credit Suisse’s new supplier management/evaluation system?
Please write in your own words, and atlest 2 paragraphs
Solution
Historically, the IT industry has been mostly a reactive unit. Enterprise IT departments were
essentially order-takers that were quick to adopt the latest programs. Stephen Hilton, managing
director and CIO of technology infrastructure for Credit Suisse, will have none of that. Known
for his stick-to-itiveness and indifference to flavor-of-the-week technology, Hilton has shown
leadership in building a unified culture and developed a reputation for his steady pace of
improvement.
As most Industry leaders know, since 2007 capital markets revenues have decreased rapidly,
resulting in budget cuts across the board. At the same time, most financial institutions had built
up significant fixed costs during the prior decade when revenues were high and budgets were
bloated. \"People were surprised that IT was not as variable as they thought it would be,\" says
Hilton, whose firm has a market capitalization of $42 billion and $1.3 trillion in assets under
management.
At Credit Suisse, only 30% to 40% of IT cost was allocated to staffing, reports Hilton. \"A lot of
the budget covers other IT assets, obligations, liabilities and licensing costs we built up over the
years that just are not variable in a short period of time.\" The only way you can really drive the
cost base down is through business process reengineering, he says, and that\'s exactly what his
team has been working toward.
\"It was quite a learning process for people to understand that. And if I\'m honest, that
realization, a very good realization, has actually changed the business attitude,\" Hilton says.
\"They\'re having different conversations with us now.\" Business leaders are aware that asking
for \"please do it quickly and just get it in\"-style requests aren\'t acceptable anymore. \"They
have to be more patient and more strategic in their decisions.\"
Challenge Silliness
While the old way of approaching technology may have been fitting given the short lifespan of
IT and massive innovation cycles, things began to change in the mid-2000s. For Credit Suisse
the focus shifted to optimizing the company\'s massive, complex infrastructure and improving
end user productivity. As CIO of technology infrastructure, Hilton prepared to make tough
decisions to meet company goals.
\"My view is that at the scale we now run at, process efficiency is key. I am a technologist, but
my master\'s degree is in mechanical engineering and making manufacturing decisions. So I
learned back in the late \'80s about industrialized processes and how to optimize factories. Those
skill sets are what I\'ve applied in the last five years.\" He adds, \"I very much encourage my
teams to be challenging partners. I\'ve spent five years really empowering them, saying, \'Look,
you\'re the experts. Challenge inefficiencies whenever you see them.\'\".
The PRIMARY structure of a protein isformed by alpha helices and .pdf
The PRIMARY structure of a protein is:
formed by alpha helices and beta sheets
formed by multiple polypeptide chains binding to one another
formed by dehydration reactions that join amino acids together
all of the above are true
The PRIMARY structure of a protein is:
Solution
option C.
The primrary structure of a protein is formed by dehydration reactions that join amino acids
together.
dehydration reaction removes H2O between two amino acids to form peptide bond. this is the
native primary structure that consists of a linear chain of amino acids.
alpha and beta structures are secondary structures.
tertiary structure involves the interaction between different polypeptide chains..
The figure below shows the chromosomes in a cell for some species (.pdf
The figure below shows the chromosomes in a cell for some species (\"pretend\" that
chromosomes are always visible for this exercise & ignore any nuclear membrane). 1. How
many chromosomes do you see? ___________ Is this haploid or diploid? What do the letters
represent? ___________ Why does the letter \"g\" appear only as lower case but the letter \"F\"
appears as both upper- AND lowercase (F & f)
Solution
1.The number of chromosomes is equal to the number of centromeres.Here in this case ,it is 6
chromosomes.
2.This is haploid as only single chromosomes are seen.
3.The letters represent the alleles of gene.
4.The letter \'g \'appears in the lower case because it is present only in recessive form while \' F\'
appears as both upper and lower case as it is present in both dominant and recessive forms..
The addButton_Click procedure should perform the following three tas.pdf
The addButton_Click procedure should perform the following three tasks:
1.add the integer entered in the numTextBox to an accumulator
2. display the integer on a separate line in the ListTextBox
3. display the accumulator\'s value in the sumLabel.
How can I accomplish this using a TextBox instead of an InputBox(with prompts)?
Solution
import java.awt.*;
import java.awt.event.*;
import java.applet.*;
/*
*/
public class Cal extends Applet
implements ActionListener
{
String msg=\" \";
int v1,v2,result;
TextField t1;
Button b[]=new Button[10];
Button add,sub,mul,div,clear,mod,EQ;
char OP;
public void init()
{
Color k=new Color(120,89,90);
setBackground(k);
t1=new TextField(10);
GridLayout gl=new GridLayout(4,5);
setLayout(gl);
for(int i=0;i<10;i++)
{
b[i]=new Button(\"\"+i);
}
add=new Button(\"add\");
sub=new Button(\"sub\");
mul=new Button(\"mul\");
div=new Button(\"div\");
mod=new Button(\"mod\");
clear=new Button(\"clear\");
EQ=new Button(\"EQ\");
t1.addActionListener(this);
add(t1);
for(int i=0;i<10;i++)
{
add(b[i]);
}
add(add);
add(sub);
add(mul);
add(div);
add(mod);
add(clear);
add(EQ);
for(int i=0;i<10;i++)
{
b[i].addActionListener(this);
}
add.addActionListener(this);
sub.addActionListener(this);
mul.addActionListener(this);
div.addActionListener(this);
mod.addActionListener(this);
clear.addActionListener(this);
EQ.addActionListener(this);
}
public void actionPerformed(ActionEvent ae)
{
String str=ae.getActionCommand();
char ch=str.charAt(0);
if ( Character.isDigit(ch))
t1.setText(t1.getText()+str);
else
if(str.equals(\"add\"))
{
v1=Integer.parseInt(t1.getText());
OP=\'+\';
t1.setText(\"\");
}
else if(str.equals(\"sub\"))
{
v1=Integer.parseInt(t1.getText());
OP=\'-\';
t1.setText(\"\");
}
else if(str.equals(\"mul\"))
{
v1=Integer.parseInt(t1.getText());
OP=\'*\';
t1.setText(\"\");
}
else if(str.equals(\"div\"))
{
v1=Integer.parseInt(t1.getText());
OP=\'/\';
t1.setText(\"\");
}
else if(str.equals(\"mod\"))
{
v1=Integer.parseInt(t1.getText());
OP=\'%\';
t1.setText(\"\");
}
if(str.equals(\"EQ\"))
{
v2=Integer.parseInt(t1.getText());
if(OP==\'+\')
result=v1+v2;
else if(OP==\'-\')
result=v1-v2;
else if(OP==\'*\')
result=v1*v2;
else if(OP==\'/\')
result=v1/v2;
else if(OP==\'%\')
result=v1%v2;
t1.setText(\"\"+result);
}
if(str.equals(\"clear\"))
{
t1.setText(\"\");
}
}
}.
A mistake occurs during lambda phage excision from the E. coli genom.pdf
A mistake occurs during lambda phage excision from the E. coli genome: a portion of the E.
colichromosome is excised with the phage genome, leaving behind a portion of the lambda
genome that includes the int gene. This defective genome is packaged and infects an E. coli
strain that is recA- (it lacks RecA). What do you think happens to this genetic material?
1) injected DNA is degraded
2) integrates into new host genome
3) The transferred portion of E. coli chromosome recombines with the new host genome
4) All of these are possible
Solution
The answer is Option no 1 that is injected DNA is degraded.
The defective genome does not carry int gene. So, the lambda phge cannot insert its genetic
material into host genome.
Homologus recombination and DNA reapir does not possible because the host genome is recA-
Strain.(rec A protein plays a major role in homologus recombination)..
Assume a System Engineering class has 27 students, of which one thir.pdf
Assume a System Engineering class has 27 students, of which one third are female and two
thirds are male. There were a total of 17 students (4 female and 13 male) that got the correct
answer to the first problem in their 8th homework assignment. What is the probability that a
male student got the correct answer?
Solution
total correct 17 srudents
4 female and 13 male
probability that male student correct answer = 13/27 = 0.481.
1.) Explain what type of mechanism and application use a marine ste.pdf
1.) Explain what type of mechanism and application use a marine steam engine and why?
2.) Explain the history behind a marine steam engine? and compare how it is used in today
society?
Solution
1 a)
Basic operation of a simple reciprocating steam engine
Components of steam engines
There are two fundamental components of a steam engine: the boiler or steam generator, and the
motor unit, itself often referred to as a \"steam engine.\" The two components can either be
integrated into a single unit or can be placed at a distance from each other, in a variety of
configurations.
Other components are often present; pumps (such as an injector) to supply water to the boiler
during operation, condensers to recirculate the water and recover the latent heat of vaporization,
and superheaters to raise the temperature of the steam above its saturated vapor point, and
various mechanisms to increase the draft for fireboxes. When coal is used, a chain or screw
stoking mechanism and its drive engine or motor may be included to move the fuel from a
supply bin (bunker) to the firebox.
Heat source
The heat required for boiling the water and supplying the steam can be derived from various
sources, most commonly from burning combustible materials with an appropriate supply of air in
a closed space (called variously combustion chamber, firebox). In some cases the heat source is a
nuclear reactor or geothermal energy.
Cold sink
As with all heat engines, a considerable quantity of waste heat is produced at relatively low
temperature. This must be disposed of.
The simplest cold sink is simply to vent the steam to the environment. This is often used on
Steam locomotives, but is quite inefficient. Steam locomotive condensing apparatus can be
employed to improve efficiency.
Steam turbines in power stations often use cooling towers which are essentially one form of
condenser.
Sometimes the \"waste heat\" is useful in and of itself, and in those cases very high overall
efficiency can be obtained; for example combined heat and power uses the waste heat for district
heating.
Boilers
Boilers are pressure vessels that contain water to be boiled, and some kind of mechanism for
transferring the heat to the water so as to boil it.
The two most common methods of transferring heat to the water according are:
Once turned to steam, some boilers use superheating to raise the temperature of the steam
further. This allows for greater efficiency.
Motor units
A motor unit takes a supply of steam at high pressure and temperature and gives out a supply of
steam at lower pressure and temperature, using as much of the difference in steam energy as
possible to do mechanical work.
A motor unit is often called \"steam engine\" in its own right. They will also operate on
compressed air or other gas.
Simple expansion
This means that a charge of steam works only once in the cylinder. It is then exhausted directly
into the atmosphere or into a condenser, but remaining heat can be recuperated if needed.
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