Female copperhead snakes have the ability to reproduce both sexually.pdf
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Female copperhead snakes have the ability to reproduce both sexually and asexually. In your opinion, which method is best for the species in general and why? include the following in your post: Discuss asexual and sexual reproduction in terms of genetic diversity. How is meiosis related to genetic diversity? Use one of Gregor Mendel\'s ideas to support your opinion. Solution Female copperhead snakes have the ability to reproduce both sexually and asexually. While asexual reproduction involves only one organisms, sexual reproduction requires both a male and a female. According to my opinion, the best reproduction method for this species is sexual reproduction. The reason is that after several years the species would lose its ability to thrive in a given environment. This ultimately would lead to an extinction of the species after many years, and would leave this particular species open to other prey because of its ability to survive. Sexual vs Asexual in terms of genetic diversity and meiosis relationship: The process of sexual reproduction involves two parents, each contributing one gamete. Gametes are produced by a process called meiosis, which starts by the duplication of chromosomes, followed by two rounds of cell divisions and halving of the chromosome number. Gametes have half the chromosome number of other adult cells of organism. A key feature of meiosis is the excahnge of chromosome pieces which occurs in the first division of this process, called recombination or crossing over. Recombination is a very improtant source of genetic variation between individuals of sexually reproducting species, and the driving force for the process of nature selection. Gregor Mendel known as the father of Genetics came up with different ideas or theories relating to genetics in offspring. His theory that best fits my opinion is the blending theory of inheritance. The Blending theory of inheritance states, the original parental traits were lost or absorbed by the blending in the offspring..
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Chapter 2The Genetic and Evolutionary Roots of Behavior
Chapter 2
The Genetic and Evolutionary Roots of Behavior
©2011 W. W. Norton & Company, Inc.
Gleitman • Gross • Reisberg
Psychology
EIGHTH EDITION
*
*
Henrik Spohler/laif/Redux
Chapter TopicsGenetics and DNAEvolution by Natural SelectionThe Genetics and Evolution of BehaviorSome Final Thoughts: The Strengths and the Limits of Evolutionary TheorizingSummary
*
*
(left) Andrew Syred/Photo Researchers, (middle) Visuals Unlimited/Corbis, (right) University of Edinburgh,Wellcome Image
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*
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*
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Mendels Principles Mendel used mathematics and experimentatio.pdf
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principles and describe how each contributes to genetic variability. How might biology have be
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Mendel\'s Principles
Mendel used mathematics and experimentation to derive major principles that have helped us
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characteristics from parents to offspring that was common to his time. List and describe his
principles and describe how each contributes to genetic variability. How might biology have be
different if his discoveries had not been lost for decades.
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characteristics from parents to offspring that was common to his time. List and describe his
principles and describe how each contributes to genetic variability. How might biology have be
different if his discoveries had not been lost for decades.
Solution
Mendelian Laws or principles of Heredity:
1.Principle of Unit Characters:
Mendel assumed that the unit of hereditary characters is the factors of determiners which occur
in pairs. One of each comes from the mother while the other comes from the father. The unit
character or factor is now called as gene.
2.Law of Dominance:
When a pair of contrasting characters (alleles) are present together, only one of them expresses
itself and the other remains suppressed of hidden The character which is expressed (or is visible)
is called as dominant and the character which remains hidden is termed as recessive.
3. Law of Segregation or Purity of Gametes:
The allelic factors or genes present together in the hybrids segregate (separate) from one another
and are placed in different gametes in the next generation.
4. Law of Independent Assortment:
When two or more pairs of contrasting characters are taken into consideration in a cross, each
factor, assort or place itself independently of the other.
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from one another when reproductive cells develop. We now know that this independent
assortment of genes occurs during meiosis in eukaryotes. Meiosis is a type of cell division that
reduces the number of chromosomes in a parent cell by half to produce four reproductive cells
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this code to be able to have a player play against computer and taking turns playing battleship.
BattleShipGame.java
package battleship;
import java.util.ArrayList;
import java.util.Scanner;
public class BattleshipGame {
private Ocean ocean;
private boolean[][] availableSpot;
private Scanner sc;
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ocean = new Ocean();
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for (int i = 0; i < 10; i++) {
for (int j = 0; j < 10; j++){
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}
}
/**
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* //param select
*/
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switch (select) {
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isGa.
More Related Content
Similar to Female copperhead snakes have the ability to reproduce both sexually.pdf
Chapter 2The Genetic and Evolutionary Roots of Behavior
Chapter 2
The Genetic and Evolutionary Roots of Behavior
©2011 W. W. Norton & Company, Inc.
Gleitman • Gross • Reisberg
Psychology
EIGHTH EDITION
*
*
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(left) Andrew Syred/Photo Researchers, (middle) Visuals Unlimited/Corbis, (right) University of Edinburgh,Wellcome Image
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Mendels Principles Mendel used mathematics and experimentatio.pdf
Mendel\'s Principles
Mendel used mathematics and experimentation to derive major principles that have helped us
understand inheritance. His ideas were totally different than the explanation for passage of
characteristics from parents to offspring that was common to his time. List and describe his
principles and describe how each contributes to genetic variability. How might biology have be
different if his discoveries had not been lost for decades.
Mendel\'s Principles
Mendel used mathematics and experimentation to derive major principles that have helped us
understand inheritance. His ideas were totally different than the explanation for passage of
characteristics from parents to offspring that was common to his time. List and describe his
principles and describe how each contributes to genetic variability. How might biology have be
different if his discoveries had not been lost for decades.
Mendel used mathematics and experimentation to derive major principles that have helped us
understand inheritance. His ideas were totally different than the explanation for passage of
characteristics from parents to offspring that was common to his time. List and describe his
principles and describe how each contributes to genetic variability. How might biology have be
different if his discoveries had not been lost for decades.
Solution
Mendelian Laws or principles of Heredity:
1.Principle of Unit Characters:
Mendel assumed that the unit of hereditary characters is the factors of determiners which occur
in pairs. One of each comes from the mother while the other comes from the father. The unit
character or factor is now called as gene.
2.Law of Dominance:
When a pair of contrasting characters (alleles) are present together, only one of them expresses
itself and the other remains suppressed of hidden The character which is expressed (or is visible)
is called as dominant and the character which remains hidden is termed as recessive.
3. Law of Segregation or Purity of Gametes:
The allelic factors or genes present together in the hybrids segregate (separate) from one another
and are placed in different gametes in the next generation.
4. Law of Independent Assortment:
When two or more pairs of contrasting characters are taken into consideration in a cross, each
factor, assort or place itself independently of the other.
The Principle of Independent Assortment describes how different genes independently separate
from one another when reproductive cells develop. We now know that this independent
assortment of genes occurs during meiosis in eukaryotes. Meiosis is a type of cell division that
reduces the number of chromosomes in a parent cell by half to produce four reproductive cells
called gametes and this separation, or assortment, of homologous chromosomes is random. This
means that all of the maternal chromosomes will not be separated into one cell, while the all
paternal chromosomes are separated into another. Instead, after meiosis occurs, each haploid cell.
Chromosomal Crossing Over.pptx
Chromosomal crossover, is the exchange of genetic material during sexual reproduction between two homologous chromosomes' non-sister chromatids that results in recombinant chromosomes.
Similar to Female copperhead snakes have the ability to reproduce both sexually.pdf (20)
Chapter 2The Genetic and Evolutionary Roots of Behavior
Chapter 2The Genetic and Evolutionary Roots of Behavior
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Mendels Principles Mendel used mathematics and experimentatio.pdf
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Homework 3 P11Is this relation a function (Write either Yes.pdf
Homework 3 P11
Is this relation a function? (Write either \"Yes\" or \"No\")
Write \"Does Not Exist\" if the quantities do not exist.
Solution
Yes this is a many one function. Different elements maps to a single element {0}.
The domain of the function is {-2,-8,-7,7,-3}.
The range of the function is {0}..
i have a runable code below that works with just guessing where the .pdf
i have a runable code below that works with just guessing where the ships are. i need help editing
this code to be able to have a player play against computer and taking turns playing battleship.
BattleShipGame.java
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break;
case 2: info = \"Enter coordinates to fire: \";
break;
case 3: info = \"Shots fired: \"+ocean.getShotsFired()+\", Ships sunk:
\"+ocean.getShipsSunk();
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break;
case 99: info = \"Invalid input. Please re-enter:\";
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String[] coordinates = input.split(\" \");
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Find Tukey-Kramer resultsa. Group 1 to Group 2 Different Not D.pdf
Find Tukey-Kramer results:
a. Group 1 to Group 2: Different / Not Different
b. Group 1 to Group 3: Different / Not Different
c. Group 1 to Group 4: Different / Not Different
d. Group 2 to Group 3: Different / Not Different
e. Group 2 to Group 4: Different / Not Different
f. Group 3 to Group 4: Different / Not
DifferentDesign1Design2Design3Design4206.32217.08226.77230.55207.94221.43224.79227.95
206.19218.04229.75231.84204.45224.13228.51224.87209.65211.82221.44229.49203.81213.90
223.85231.10206.75221.28223.97221.53205.68229.43234.30235.45204.49213.54219.50228.35
210.86214.51233.00225.09
Solution
The SPSS ANOVA output for the given data is
Multiple Comparisons
Response
Tukey HSD
(I) Design
(J) Design
Mean Difference (I-J)
Std. Error
Sig.
95% Confidence Interval
Lower Bound
Upper Bound
1.00
2.00
-11.90200*
1.93911
.000
-17.1245
-6.6795
3.00
-19.97400*
1.93911
.000
-25.1965
-14.7515
4.00
-22.00800*
1.93911
.000
-27.2305
-16.7855
2.00
1.00
11.90200*
1.93911
.000
6.6795
17.1245
3.00
-8.07200*
1.93911
.001
-13.2945
-2.8495
4.00
-10.10600*
1.93911
.000
-15.3285
-4.8835
3.00
1.00
19.97400*
1.93911
.000
14.7515
25.1965
2.00
8.07200*
1.93911
.001
2.8495
13.2945
4.00
-2.03400
1.93911
.722
-7.2565
3.1885
4.00
1.00
22.00800*
1.93911
.000
16.7855
27.2305
2.00
10.10600*
1.93911
.000
4.8835
15.3285
3.00
2.03400
1.93911
.722
-3.1885
7.2565
*. The mean difference is significant at the 0.05 level.
a. Group 1 to Group 2: Different / Not Different
The Significant value =0.000, so conclude that these groups are significantly different.
b. Group 1 to Group 3: Different / Not Different
The Significant value =0.000, so conclude that these groups are significantly different.
c. Group 1 to Group 4: Different / Not Different
The Significant value =0.000, so conclude that these groups are significantly different.
d. Group 2 to Group 3: Different / Not Different
The Significant value =0.001, This value is less than 0.05 so conclude that these groups are
significantly different at 5% level.
e. Group 2 to Group 4: Different / Not Different
The Significant value =0.000, so conclude that these groups are significantly different.
f. Group 3 to Group 4: Different / Not Different
The Significant value =0.722, A high p-value indicates to accepting the null hypothesis. so
conclude that these groups are not significantly different.
Multiple Comparisons
Response
Tukey HSD
(I) Design
(J) Design
Mean Difference (I-J)
Std. Error
Sig.
95% Confidence Interval
Lower Bound
Upper Bound
1.00
2.00
-11.90200*
1.93911
.000
-17.1245
-6.6795
3.00
-19.97400*
1.93911
.000
-25.1965
-14.7515
4.00
-22.00800*
1.93911
.000
-27.2305
-16.7855
2.00
1.00
11.90200*
1.93911
.000
6.6795
17.1245
3.00
-8.07200*
1.93911
.001
-13.2945
-2.8495
4.00
-10.10600*
1.93911
.000
-15.3285
-4.8835
3.00
1.00
19.97400*
1.93911
.000
14.7515
25.1965
2.00
8.07200*
1.93911
.001
2.8495
13.2945
4.00
-2.03400
1.93911
.722
-7.2565
3.1885
4.00
1.00
22.00800*
1.93911
.000
16.7855
27.2305
2.00
10.10600*
1.93911
.000
4.8835
15.3285
3.00
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of Homo sapiens is unique among hominin species and appears first in East Africa, dating to
roughly 160 thousand years ago. These unique features—including changes in the skull and
postcranial skeleton (skeleton minus skull) - suggest changes in brain size and architecture and
an adaptation to tropical environments. These anatomical changes are linked to cognitive and
behavioral changes that are equally unique among hominin species. In particular, the
archaeological evidence of behaviors thought to be unique to Homo sapiens, which appear first
in Africa around 170 ka, highlight the importance of symbolism, complex cognitive behaviors,
and a broad subsistence strategy (the strategy used to procure food). The evolution of Homo
sapiens is vitally important to defining our species in the broader context of human evolution and
also has key to understanding the human condition, past and present.
Food: All Homo sapiens were once hunter-gatherers living on wild plants and animals. It was
only about 11,000 years ago that humans began to domesticate plants and animals although wild
foods still remained important in the diet. Our species has a wide-ranging and essentially
omnivorous diet. This has enabled us to utilise the food resources found in the wide variety of
environments we inhabit.
Settlement: Early Homo sapiens often inhabited caves or rock shelters if these were available.
More recently, especially within the last 20,000 years, natural shelters were enhanced with walls
or other simple modifications. In open areas, shelters were constructed using a range of
framework materials including wooden poles and the bones of large animals, such as mammoths.
These structures were probably covered with animal hides and the living areas included fire
hearths.
Living sites were much larger than those occupied by earlier humans and a comparison with
modern traditional peoples suggests that clans consisted of between 25 and 100 members.
Other significant morphological changes included: the evolution of a power and precision grip; a
reduced masticatory system; a reduction of the canine tooth; and the descent of the larynx and
hyoid bone, making speech possible. An important physiological change in humans was the
evolution of hidden oestrus, or concealed ovulation, which may have coincided with the
evolution of important behavioural changes, such as pair bonding. Another significant
behavioural change was the development of material culture, with human-made objects
becoming increasingly common and diversified over time. The relationship between all these
changes is the subject of ongoing debate..
Consider the table below How many featuresattributes are in this s.pdf
Consider the table below: How many features/attributes are in this sample? Classify each of
attributes as binary, discrete, or continuous. Also classify them as qualitative(nominal or ordinal)
or quantitative (interval or ratio).
Solution
a)
Here we have 7 attributes those are Item, Year, Model, Price, Mileage, Colour, Transmission
b)
Transmission is an binary attribute becuase it had only two values as Auto and Manual
Model, Colour are discrete attributes
Price, Year, Mileage are Continuous attributes.
Chickens vary in color. Black and white color variation can be traced.pdf
Chickens vary in color. Black and white color variation can be traced to a single co-dominant
gene in which black chickens and white chickens are each homozygous for the black (BB) and
white (bb) allele, respectively, while speckled hens are heterozygous (Bb) Cause of Variation If
one of the alleles was ancestral, what is the most likely event that caused the other allele
encoding a color variant to arise in chickens? During which cellular process did this most event
most likely occur? Name one enzyme that was involved in this cellular process. Selection and
the maintenance of variation Generate a hypothesis for why this variation in chicken color may
be present today (do not consider the hypothetical situation in Q2b) Hypothetically, say that
speckled hens lay twice as many eggs, and thus produce twice as many offspring as either white
or black hens. If this were the case, briefly explain one possible reason that black and white
chickens are still produced.
Solution
Codominance is observed when two different alleles of a specific single-gene trait are both
expressed simultaneously. It follows non-Mendelian inheritance patterns. Both the dominant
alleles coexist and work together to express both phenotypes in equal measures. This would lead
to the phenotype having characteristics of both alleles.
For example, feather colour in hens may be white, black or speckled (it has both white feathers
and black feathers). The alleles can be shown as W for white and B for black.
There are three possible genotypes: WW, BB and BW.
There are also three possible phenotypes: WW = white, BB = black, and BW = speckled.
The event which may have caused the allele ecoding a color varient could be that, When genes
are far apart on the chromosome they can segregate independantly. This is due to crossing over.
this event occurs during meiotic division.Mutations are caused due to this and give rise to
variations.
In birds and mammals, unpigmented pigment cell precursors known as melanoblasts migrate
from the neural crest to the epidermis and into developing feather or hair follicles. Mature
pigment cells known as melanocytes synthesize melanin pigment, package it into melanosomes
and then transfer those melanosomes to keratinocytes for deposition into developing feathers and
hairs.Though mammals and birds have only one pigment cell type, the melanocyte, these cells
can produce either eumelanin (black/brown) or pheomelanin (yellow/red) and can switch rapidly
between the synthesis of these two pigment types
Increased production of eumelanin and a corresponding reduction in pheomelanin synthesis
generates a melanic phenotype, which may be dark brown or entirely black. This switch is
primarily controlled by the interaction of two genes: the melanocortin receptor 1 (Mc1r) and
agouti.
which are affected by mutations and polymorphisms.Melanism is the pattern,Mc1r is the gene
inchicken (Gallus gallus).
{c}Problem Run For Charity (charityrun.c)Charity Runs are a pop.pdf
{c}
Problem: Run For Charity (charityrun.c)
Charity Runs are a popular way for organizations to raise awareness and get fit at the same time.
However, these events can be tough to organize. The Princess Half Marathon Weekend, for
example, has as many as 40,000 runners raising money and awareness for the Children’s Miracle
Network Hospitals. People can run both 5ks and 10ks and there’s even a children’s race.
After nearly a semester of C programming, you\'ve decided that you\'d like to donate your skills
to create a program that organizes the typical activities for charity run weekend. In particular,
your program will help manage the following:
1) Individual Registration
2) Team Registration
3) Running Events
4) Donation Totals
Your program will log the number of teams and individual who are signed up for the different
races, process the racing events to see who has the fastest times, and track the total amount of
money raised by teams and individuals for charity.
Header Specification
To facilitate grading, include in your header comment which portions of the assignment you
have completed. You must complete all portions in order to earn full credit, but partial credit is
available for completing some of the steps. The primary steps are as follows:
(1) Processing Individual Registrations
(2) Processing Team Registrations
(3) Processing the running events
(4) Calculating total donations
If your comment is accurate, meaning that you pass the appropriate tests cases corresponding to
your choice, you\'ll earn 10 points. If your comment is roughly accurate, meaning that you
sincerely attempted the items you listed, and most of them work minus a tiny bug, then you\'ll
get 5 of these points. If your comment isn\'t accurate to a reasonable degree, you\'ll get 0 of these
points.
The reason this is here is because it\'s very important to communicate to others accurately what
you\'ve accomplished and what is left to accomplish. This sort of honesty and ability to appraise
your own work is a critical skill in a job.
Program Details
Individual RegistrationDetails
There are a two registration windows: early registration and regular registration. Prices for
registering early and regularly will be given. Each individual will have a unique number and
must be processed separately to record their name, age, running event, and donations raised. The
maximum number of runners for our program will be 10000.
Team RegistrationDetails
Teams may be created and registered to sign up several participators at once. Teams may only
sign up during early registration, have between 5 and 50 members, and must pay the team
registration fee for every member on the team. Teams should be recorded with their name and
number of members. Each member of the team still needs to be recorded with their name, age,
running event, and donations raised. We can organize at most 200 teams.
Running EventsDetails
There will be three running events: a 5k race, a 10k race, and a marathon race. For ea.
write a program that given a list of 20 integers, sorts them accordi.pdf
write a program that given a list of 20 integers, sorts them according to insert sort. java
Solution
public class InsertionSort {
/**
* method to sort the array elements using insertion sorts *
*
* @param array
* @return
*/
public static int[] insertionSort(int array[]) {
int n = array.length;
for (int j = 1; j < n; j++) {
int key = array[j];
int i = j - 1;
while ((i > -1) && (array[i] > key)) {
array[i + 1] = array[i];
i--;
}
array[i + 1] = key;
}
return array;
}
/**
* method to print the array elements
*
* @param input
*/
private static void printNumbers(int[] input) {
for (int i = 0; i < input.length; i++) {
System.out.print(input[i] + \", \");
}
System.out.println(\"\ \");
}
/**
* @param args
*/
public static void main(String[] args) {
int[] input = { 3, 26, 67, 35, 9, -6, 43, 82, 10, 54, 14, 22, 21, 32,
121, 231, 12, 98, 77, 65 };
System.out.println(\"Before Sorting\");
printNumbers(input);
input = insertionSort(input);
System.out.println(\"Before Sorting\");
printNumbers(input);
}
}
OUTPUT:
Before Sorting
3, 26, 67, 35, 9, -6, 43, 82, 10, 54, 14, 22, 21, 32, 121, 231, 12, 98, 77, 65,
Before Sorting
-6, 3, 9, 10, 12, 14, 21, 22, 26, 32, 35, 43, 54, 65, 67, 77, 82, 98, 121, 231,.
Why is the 16S rRNA gene a preferred marker for the identification, .pdf
Why is the 16S rRNA gene a preferred marker for the identification, classification, and
evolutionary history of microbes? Detail your answer based on 5 main characteristics of this
gene. In other words, for each of the 5 characteristics listed, provide a reason for why that is
important to make this gene a preferred one for this type of study. Lastly, are “functional” genes,
such as antibiotic resistant genes not appropriate to study evolutionary history of microbes?
the 5 things may include, its availability, its length, and its conserved and variable regions, and it
being acquired by vertical transfer. im hoping for this to be explained in a little more detail
because i dont really get the veritcal transder part of the bp (length) part.
thanks
Solution
Several aspects of the 16S rRNA gene make it a preferred marker for the identification,
classification, and evolutionary history of microbes. Firstly, because it is widespread among
prokaryotes. Secondly, it\'s size (1,550 bp long) and the high degree of functional conservation.
It is large enough to provide statistically valid measurements. The clock-like mutation rates
throughout prokaryotic evolution are the result of it’s high degree of functional conservation.
The Third aspect of the16S rRNA gene is that it is composed of both variable and conserved
regions. The conserved regions can be used for designing amplification primers across taxa
whereas, the nine hypervariable regions (V1-V9) can be effectively used for the comparative
taxonomy. Lastly, it is the most common gene to be used for constructing phylogenetic
relationships in prokaryotes as it is acquired by vertical transfer. It is universal in bacteria so
relationships can be measured among all bacteria but recently it has been argued that 16s rRNA
genes can also be transferred by horizontal gene transfer. It is important to make this gene a
preferred one for this type of study because 16S rRNA gene sequences analysis allow better,
accurate, robust and reproducible bacterial identification than that obtained by phenotypic
testing. The phenotypic test results are less subjective. It can identify poorly described, rarely
isolated, aberrant strains, and can also recognize novel pathogens. “Functional” genes, such as
antibiotic resistant genes are considered inappropriate to study the evolutionary history of
microbes because it is generally acquired by horizontal or lateral gene transfer. Many bacteria
become resistant by acquiring genes via horizontal gene transfer. Such genes in the organism
may show different rates of evolution or even show different evolutionary history. Often
Evolutionists point out the development of antibiotic resistance by bacteria as a validation of
evolutionary change but molecular analysis of the genetic events that lead to antibiotic resistance
do not support this assumption..
Why do SSDs benefit from a scheduler like noopSolutionThe def.pdf
Why do SSDs benefit from a scheduler like noop?
Solution
The default I/O scheduler for Linux is Completely Fair Queueing, and is a virtuous all-round
scheduler. Mutual wisdom holds that CFQ is needless or sub-optimal on systems that disrupt the
normal assumptions, such as hardware RAID cards equipped by a write-cache, or SSDs. In these
cases, the noop scheduler is recommended. The noop scheduler does nothing overlooking the
chance to optimize our disk admissions.
All our VPS hypervisors take hardware RAID cards with a write-cache, consequently we set out
to see if there were any improvements to be had from changing to the noop scheduler. Seeing by
way of we’d required it to roll out any large-scale alterations, we utilized Puppet to help us
discover some appropriate test subjects. By loading a custom Feature fact into our manifests, we
could clutch all the PCI IDs for RAID cards and see what representations were installed in
dissimilar servers. every smart RAID cards had the similar PCI ID, which parallels to the PERC
H700 and H800 hardware..
which of the following types of orgnisms possess the enzyme catalase.pdf
which of the following types of orgnisms possess the enzyme catalase?
A) obligate aerobe
B) obligate anaerobe
C) facultative anaerobe
D) both A & B
Solution
answer is A.
obligate aerobes are able to use oxygen as terminal electron acceptor during respiration contain
catalase.
obligate anaerobes even though possess catalase, it is very rare and in less quantities. facultative
anaerobes which ferment and does not respire using oxygen are also catalase negative.
facultative anaerobes under aerobic conditions possess catalase for aerobic respiration.
Which of the five factors of production is most important for creati.pdf
Which of the five factors of production is most important for creating wealth?
Solution
The five factors of prodution are Land, Labor, Capital, Entrepreneurship and Knowledge
Entrepreneurship and knowledge is the most important factor for creating wealth as it helps in
combining all other factors of production to achieve desired results..
What is the good producing business What is the good producing.pdf
What is the good producing business?
What is the good producing business? 16) In a regulated monopoly,-- - prices are set by
government mandate no single firm can grow large enough to influence prices across the market
C) firms that excel in one or more aspects can gain some control over pricing D) individual firms
can have considerable control over pricing E) suppliers can charge as much as they want, at least
until people stop buying unemployment is the natural movement of workers into and out of jobs,
such as when a person quits one job without first lining up a new job. A) Structural Intrinsic
Frictional D) Cyclical E) Seasonal 18) The number of units of one currency that must be
exchanged for a unit of the second currency is known as the exchange rate between the
currencies. TRUE or FALSE 19) Which of the following is a main feature of protectionism? A)
high levels of risks for domestic industries B) increased risk for local workers C) compromise on
national security D) governmental intervention in trade E) formation of trade blocs between
nations 20) An embargo is a complete ban on the import or export of certain products or even all
trade between certain countries TRUE or FALSE 21) Taxes, surcharges, or duties levied against
imported goods are known as A) import sanctions B) embargoes C) tariffs D) import quotas E)
restrictive import standards
Solution
Goods producing business - DUNKIN DONUTS produces coffee and donuts.
There is something tangible that you can see, feel, touch, eat, or walk out of the store with it in
your possession.
it\'s probably that manufacturing deals with the product (designing, building, etc.).
What is the future of PKI Acceptance of PKI solutions—and product s.pdf
What is the future of PKI? Acceptance of PKI solutions—and product sales—has fallen short of
early estimates. What would the “killer app” for PKI sales look like?
Will biometrics involve encryption? How are biometric technologies dependent on the use of
cryptography?
Solution
Answer :
future of PKI :
1) The future of public key infrastructure is stronger and it remains the most practical cost
effective solutions and the ever growing security things.
2) The pki inter related network and electronic things.
3) The future of PKI is very bright, fruitful, trust management and using phones..
An easy temperament is best characterized asoptionshigh so.pdf
An \"easy\" temperament is best characterized as:
options:
high sociability and low adaptability.
high emotionality and high adaptability.
high contentment and high adaptability.
what is considered an \"easy\" temperament depends on the parents.
high activity and low emotionality.
Solution
Answer:
d) what is considered an \"easy\" temperament depends on the parents.
Temperament is an individual\'s characteristic level of emotional excitability or intensity,
heredity plays an important part in creating temperament..
A protein that was isolated by a team of university scien4sts is sus.pdf
A protein that was isolated by a team of university scien4sts is suspected to be expressed on a yet
to be iden4fied lymphocyte. With your group partners – outline a series of experiments that you
would design to iden4fy the cells expressing the protein.
Solution
Most of the genes expressed as proteins and proteins involved in cell function. Lymphocytes are
the part of leucocyte present in the lymphatic system.They are some experiments to identify the
cells expressing the protein.They are differential protein expression using 2-d gel electrophoresis
and by gene expression profiling, serial analysis of gene expression..
A laser beam strikes one end of a slab of material of length L = 42..pdf
A laser beam strikes one end of a slab of material of length L = 42.0 cm and thickness t=3.10
mm. Itenters the material at the center striking it at an angle of incidence of 50.0 degrees. The
index of refraction of the slab is n = 1.48. How many internal reflections the light makes from
the top and bottom of the slab before exiting at the other end.
Solution
As the beam enters the slab
n1*sin A1 = n2*sin A2
1*sin 50 = 1.48*sin A2
A2 = arcsin(sin 50/1.48) = 31.2 deg
the beam then stirkes at the top of slab at x1
x1 = 1.55*10^-3/tan 31.2 = 2.56*10^-3 m (from the left end)
After that the beam strike at slab each time it has traveled a distance of 2x1
Since the slab is 42 cm long, total distance to travel after first reflection = 42 cm - x1
(42 cm - x1)/2x1 = (42*10^-2 - 2.56*10^-3)/(2*2.56*10^-3) = 81.53 reflections
Since the number of reflection will be integer, So total number of reflections will be 82..
4. Communicate Carla gathered 328 sea-shells. Daniel gathered 176 .pdf
4. Communicate Carla gathered 328 sea-shells. Daniel gathered 176 sea-shells. How can i use
compatible numbers to estimate how many shells marjuntaron both?
4. Communicate Carla gathered 328 sea-shells. Daniel gathered 176 sea-shells. How can i use
compatible numbers to estimate how many shells marjuntaron both?
Solution.
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