I am writing a program in C and it takes the name of an input file l.pdf
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I am writing a program in C and it takes the name of an input file like data1 or data 2 from the command line, then it counts the number of times each vowel occurs in the text (upper and lwer case) then it prints the percentages of the time the vowel was seen percentage = (occurrances of vowel/total number of vowels)*100 The output is supposed to look like this: CONTENTS OF data1 GIVE THEM HELL! ./a.out data1 #, % percent, were a/A #, % percent, were e/E # (of occurrances), % percent, were i/I #, % percent, were o/O #, % percent were u/U Solution #include void main(int argc,char *argv[]) { FILE *fp1; int vowel=0,consonant=0; char ch; clrscr(); if(argc!=2) { printf(\"Insufficient Arguments\"); exit(0); } fp1=fopen(argv[1],\"r\"); if(fp1==NULL) { printf(\"Source can\'t be opened\"); exit(0); } ch=fgetc(fp1); int vowelA = 0; int vowelE = 0; int vowelI = 0; int vowelO =0; int vowelU =0; while(ch!=EOF) { if((ch==\'a\')||(ch==\'A\')||(ch==\'e\')||(ch==\'E\')||(ch==\'i\')||(ch==\'I\')||(ch==\'o\') ||(ch==\'O\')||(ch==\'u\')||(ch==\'U\')){ vowel++; if((ch==\'a\')||(ch==\'A\')){ vowelA++; } if((ch==\'e\')||(ch==\'E\')){ vowelE++; } if((ch==\'i\')||(ch==\'I\')){ vowelI++; } if((ch==\'o\') ||(ch==\'O\')){ vowelO++; } if((ch==\'u\')||(ch==\'U\')) { vowelU++; } } else { consonant++; } ch=fgetc(fp1); } printf(\"\ %d, %3.2f were a/A\ \",vowelA,vowelA/vowel*100); printf(\"\ %d, %3.2f were e/E\ \",vowelA,vowelE/vowel*100); printf(\"\ %d, %3.2f were i/I\ \",vowelA,vowelI/vowel*100); printf(\"\ %d, %3.2f were o/O\ \",vowelA,vowelO/vowel*100); printf(\"\ %d, %3.2f were u/U\ \",vowelA,vowelU/vowel*100); getch(); }.
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![I am writing a program in C and it takes the name of an input file like data1 or data 2 from the
command line, then it counts the number of times each vowel occurs in the text (upper and lwer
case) then it prints the percentages of the time the vowel was seen
percentage = (occurrances of vowel/total number of vowels)*100
The output is supposed to look like this:
CONTENTS OF data1
GIVE THEM HELL!
./a.out data1
#, % percent, were a/A
#, % percent, were e/E
# (of occurrances), % percent, were i/I
#, % percent, were o/O
#, % percent were u/U
Solution
#include
void main(int argc,char *argv[]) {
FILE *fp1;
int vowel=0,consonant=0;
char ch;
clrscr();
if(argc!=2) {
printf("Insufficient Arguments");
exit(0);
}
fp1=fopen(argv[1],"r");
if(fp1==NULL) {
printf("Source can't be opened");
exit(0);
}
ch=fgetc(fp1);
int vowelA = 0;
int vowelE = 0;
int vowelI = 0;](https://image.slidesharecdn.com/iamwritingaprogramincandittakesthenameofaninputfilel-230708163227-f2032a83/85/I-am-writing-a-program-in-C-and-it-takes-the-name-of-an-input-file-l-pdf-1-320.jpg)
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So I am writing a CS code for a project and I keep getting cannot .pdf
So I am writing a CS code for a project and I keep getting \"cannot open file\" I know I put it into
my code, but I don\'t know why it won\'t execute after i input ./a.out I put in gcc -Wall
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am putting the outcome of the project and my code. Please someone help me!
#include
#include
#include
#include
#include
#include
int len = 0;
int sp = 0;
int lwrcaseCount = 0;
int uprcaseCount = 0;
int digitCount = 0;
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char data[200];
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./:;<=>?@[/]^_`{|}~\";
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//Loops till end - 1 position of the frequency array
for(x = 0; x <= 84 - 1; x++)
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//Initializes the max to the x position of the frequency array assuming it as maximum
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//File pointer created
FILE *fptr;
char ch;
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11 5
15 10
18 4
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20 23
20 11
out.txt:
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C code:
#include
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FILE *infp, *outfp;
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printf(\"Input file cannot be opened\ \");
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printf(\"Output file cannot be opened\ \");
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fscanf(infp,\"%d %d\",&ID,&hr);
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Temp_ID=ID;day=1;Total_hr=hr;
}
else
{
if(Temp_ID==ID)
{
day=day+1;
Total_hr=Total_hr+hr;
}
else
{
fprintf(outfp,\"%d %d %d\ \",Temp_ID,day,Total_hr);
Temp_ID=ID;day=1;Total_hr=hr;
}
}
}
fprintf(outfp,\"%d %d %d\ \",Temp_ID,day-1,Total_hr-hr);
fclose(infp);
fclose(outfp);
}
emp.txt:
11 2
11 8
11 5
15 10
18 4
18 16
20 23
20 11
out.txt:
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15 1 10
18 2 20
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Primase
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Explain why a virus can\'t infect every cell
Solution
Virus is a small infectous agent that present in every body ie.,humans,animals,organisms and
also including bacteria and exists in the form of independent particles knwon as Virons.Virus
cannot infect every cell because every cell in our body is resistant to virus and it has high
immunity inorder to avoid attack from virus. If the immunity of the cells decreases then the
chance of attacking by virus increases more and leads to some viral diseases such as viral fever
etc..The diet which we take daily contains proteins and nutrients etc..will give full resistance to
our body and also increases immunity. This perfect immunity in the body doesnt allow any virus
attack on our cells and always keep us healthy..
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TffffThe program needs to be in C++ and part 1 of the assignment i.pdf
Suppose you just recieved a shipment of twelve televisions. Two of the televisions are defective.
If two televisions are randomly selected, compute the probability that both televisions work.
What is the probability at least one of the two televisions does not work?
Suppose you just recieved a shipment of twelve televisions. Two of the televisions are defective.
If two televisions are randomly selected, compute the probability that both televisions work.
What is the probability at least one of the two televisions does not work?
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C code#include stdio.hint main(void) { FILE infp, o.pdf
C code:
#include
int main(void)
{
FILE *infp, *outfp;
int ID,day,hr,i=1;
int Temp_ID,Total_hr;
int Line_No=0;
if ((infp = fopen(\"emp.txt\", \"r\"))==NULL)
{
printf(\"Input file cannot be opened\ \");
return-1;
}
if ((outfp = fopen(\"out.txt\", \"w\"))==NULL)
{
printf(\"Output file cannot be opened\ \");
return-1;
}
while(!feof(infp))
{
Line_No=Line_No+1;
fscanf(infp,\"%d %d\",&ID,&hr);
if(Line_No==1)
{
Temp_ID=ID;day=1;Total_hr=hr;
}
else
{
if(Temp_ID==ID)
{
day=day+1;
Total_hr=Total_hr+hr;
}
else
{
fprintf(outfp,\"%d %d %d\ \",Temp_ID,day,Total_hr);
Temp_ID=ID;day=1;Total_hr=hr;
}
}
}
fprintf(outfp,\"%d %d %d\ \",Temp_ID,day-1,Total_hr-hr);
fclose(infp);
fclose(outfp);
}
emp.txt:
11 2
11 8
11 5
15 10
18 4
18 16
20 23
20 11
out.txt:
11 3 15
15 1 10
18 2 20
20 2 34
Solution
C code:
#include
int main(void)
{
FILE *infp, *outfp;
int ID,day,hr,i=1;
int Temp_ID,Total_hr;
int Line_No=0;
if ((infp = fopen(\"emp.txt\", \"r\"))==NULL)
{
printf(\"Input file cannot be opened\ \");
return-1;
}
if ((outfp = fopen(\"out.txt\", \"w\"))==NULL)
{
printf(\"Output file cannot be opened\ \");
return-1;
}
while(!feof(infp))
{
Line_No=Line_No+1;
fscanf(infp,\"%d %d\",&ID,&hr);
if(Line_No==1)
{
Temp_ID=ID;day=1;Total_hr=hr;
}
else
{
if(Temp_ID==ID)
{
day=day+1;
Total_hr=Total_hr+hr;
}
else
{
fprintf(outfp,\"%d %d %d\ \",Temp_ID,day,Total_hr);
Temp_ID=ID;day=1;Total_hr=hr;
}
}
}
fprintf(outfp,\"%d %d %d\ \",Temp_ID,day-1,Total_hr-hr);
fclose(infp);
fclose(outfp);
}
emp.txt:
11 2
11 8
11 5
15 10
18 4
18 16
20 23
20 11
out.txt:
11 3 15
15 1 10
18 2 20
20 2 34.
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For each step of DNA replication, predict the outcome if • concen.pdf
For each step of DNA replication, predict the outcome if
: • concentration of nitrogenous bases is low
• primase is inhibited •
DNA polymerase were inhibited •
DNA ligase were inhibited • Helicase were inhibited
Solution
All the above situations lead to inhibition of DNA replication. Please find the below flow-chart
regarding DNA replication for the better understanding.
DNA Replication process
Double-stranded DNA
Helicase
Separation of 2 strands
Single stranded binding (SSB) proteins
Binds with the separated strands and keeps them from reannealing
Primase
Primase creates the primer (DNA Polymerase starts working from primers) on both strands
One strand acts as a Leading strand and other one is Lagging strand
DNA Polymerase
Addition of new DNA bases on the separated strands in the direction of 5’ to 3’
Ligase
Fill the gaps between Okazaki fragments formed on Lagging strand
Formation of two separate double-stranded DNAs.
Explain why a virus cant infect every cell Explain why a viru.pdf
Explain why a virus can\'t infect every cell
Explain why a virus can\'t infect every cell
Solution
Virus is a small infectous agent that present in every body ie.,humans,animals,organisms and
also including bacteria and exists in the form of independent particles knwon as Virons.Virus
cannot infect every cell because every cell in our body is resistant to virus and it has high
immunity inorder to avoid attack from virus. If the immunity of the cells decreases then the
chance of attacking by virus increases more and leads to some viral diseases such as viral fever
etc..The diet which we take daily contains proteins and nutrients etc..will give full resistance to
our body and also increases immunity. This perfect immunity in the body doesnt allow any virus
attack on our cells and always keep us healthy..
Explain advantages and disadvantages of designing an OS kernel in la.pdf
Explain advantages and disadvantages of designing an OS kernel in layers (‘ring’ structure).?
Solution
Advantages: 1.seperate address space is not necessary.
2.switching among the address space is slow moving manipulation.
3.flexibility: protection scheme which is intented to indicate through a programming language is
with the kernel method.modifications for a protection scheme the hardware is not necessary.
Disadvantages: 1.application start up duration is lenghy.
2.Application often enact manipulations which are not type secure..
Explain three similarities and two diffrences in anaerobic and aerob.pdf
Explain three similarities and two diffrences in anaerobic and aerobic cellular respiration.
Solution
Difference:
1. Anaerobic respiration occurs without the presence of oxygen while aerobic respiration
requires oxygen.
2. Substrates are not completely combusted in anaerobic respiration while in aerobic respiration,
substrates are completely combusted.
Similarities:
1. Both begin with the breakdown of sugar - glucose
2. Both produce ATP
3. Both takes place in eukaryotic cells
4. Process starts in cytosol.
Exercise 7-8 Kickapoo Company uses an imprest petty cash system. The .pdf
Exercise 7-8 Kickapoo Company uses an imprest petty cash system. The fund was established
on March 1 with a balance of $100 During March, the following petty cash receipts were found
in the petty cash box. Date Receipt No. For Amount $39 13 3/5 Stamp Inventory Freight-out
Miscellaneous Expense Travel Expense Miscellaneous Expense 2 4 14 5 8 The fund was
replenished on March 15 when the fund contained $5 in cash. On March 20, the amount in the
fund wa increased to $182. Journalize the entries in March that pertain to the operation of the
petty cash fund. (Credit account titles are automatically indented when amount is entered. Do not
indent manually.)
Solution
Date Account Titles and Explaination Debit Credit Mar-01 Petty $ 100 Cash $ 100
Mar-15 Postage expense $ 39 Freight out $ 13 Miscellaneous ($11 + $8) $ 19 Travel
expense $ 22 Cash over $ 2 Cash ($100 - $5) $ 95 Mar-20 Petty ($182 - $100)
$ 82 Cash $ 82.
Discussions Grades people Syllabus Modules Google Drive D Question 1 .pdf
Discussions Grades people Syllabus Modules Google Drive D Question 1 hat is a major feature
of the fungal life cycle? haploid and diploid phases alternate between generations only sexual
reproduction is possible haploid phase dominates the life cycle the zygote is the dispersal stage
10 pts Next
Solution
Answer. Haploid and diploid phases alternates between generations.
Following are incorrect :
Zygote is the dispersal stage.
Justification : In fungi, gametes fuse to form zygote which is diploid in nature. Zygote forms
sporophyte which is dispersal stage.
Only sexual reproduction is possible
Justification : fungus have both asexual and sexual mode of reproduction
Haploid phase dominates the life cycle.
Justification : Both haploid and diploid phases occurs in fungal life cycle.
Discuss the range of interactions that occur between human beings an.pdf
Discuss the range of interactions that occur between human beings and the physical environment
Solution
Range of interactions that occur between human beings and the physical
environment:Agrosystem is based on complex interaction between human and physical
environment.this modification is done by humanbeings to facilitate production of food,fuel nd
other related products.agrosystems are based on human and physical environment ineractions.
in any agrosystem they are planned and associated diversity.according to the diversity that is
planned,designed and imported by the farmer. these systems includes plants,animals, and
microbes. the study of this is known as agroecology.floods,volcanoes ,earthquakes are always
apart of physical environment.it ranges from chemicals,pestcides, chlouroforms and benzene..
Critique the customer contact model. What are its strengths and weak.pdf
Critique the customer contact model. What are its strengths and weaknesses?
Solution
custome contact model describes the activities of costomer services. it includes support your
customers, make them to contact us to their problems and querries, respond to the querries,
oredering methods, tracking the orders, shopping features and payment methods.
it is like customer centric, the benefits of this model is we can find satisfied customers and those
customers will be with us for a longer period. the drawbacks are high cost and maintanance of
customer database is very difficult..
Case Study Synlait Milk is an innovative dairy processing company th.pdf
Case Study Synlait Milk is an innovative dairy processing company that has experienced
remarkable growth in a tough dairying environment. Since beginning manufacturing operations
in 2008 Synlait Milk based in mid-Canterbury has grown its revenue to $759 million, its supply
base to more than 200 farms and its staff to more than 550 people. Synlait Milk has performed
very well on the back of global demand for safe, reliable, protein-rich foods. The company
processes more than 700 litres of milk a year to produce a range of infant and adult nutritional
milk products that it exports to more than 40 countries (Synlait, n.d.). Synlait was created by
dairy farmers Barry Dingle and Juliet MacLean in partnership with John Penno, a senior scientist
at Dexcel, the dairy industry’s research centre. Rather than supplying skimmed milk powder to
Fonterra the trio were looking for ways to increase the value of the milk they produced. In
particular, they were keen to develop innovative added-value milk products. Their vision was to
build Synlait into a “major supplier of high-value, hightechnology ‘milk components’ to food
producers worldwide.” (Oram, 2006). Synlait began in 2000 as a corporate farming business with
the purchase of Robindale farm, one of the largest farms in New Zealand. By 2005 Synlait
owned eight farms and in 2006 the decision was made to establish a manufacturing plant to
produce innovative milk products. A growing customer base and considerable resources in milk
powder production resulted in early growth for the company. As Synlait moved beyond
ingredients manufacture to becoming a significant global supplier of infant nutritional products,
Bright Dairy of China became a significant shareholder in 2010 (NZ Herald, 2010). To date
Synlait’s strategy has focused exclusively on manufacture by selling select products to leading
global food companies that own strong brands (Skellern, 2016). Alongside world-class
processing facilities, Synlait Milk has established strong relationships with key players across the
entire value chain including milk suppliers, market distributers and key customers, such as A2
Milk Company. Two key planks of Synlait’s strategy are its differentiated milk supply and its
manufacturing excellence. Firstly, Synlait differentiates its product at the production stage
through breeding and feeding technologies. This enables it to produce products that satisfy
individual customer requirements. Secondly, Synlait’s specialist manufacturing facility allows
flexibility to meet a range of individual customer specifications. Synlait listed in 2013 on the NZ
stock exchange (Berry, 2013) and has experienced impressive growth, recording a net profit after
tax of $38.2 million in 2017 up from 34.4 million in 2016. Synlait won the Deloitte Top 200 Best
growth strategy for 2016. In 2016 Synlait announced plans to raise $98 million for a $300m
expansion programme over the next three years including increasing its infant formula
manufactur.
An entity with two multivalued attributes will be mapped as how many.pdf
An entity with two multivalued attributes will be mapped as how many relations?
Solution
Answer:
1 relation which can contain all the multivalued attributes. For example : -
Suppose we have two multivalued attribute like phone number and email then in 1 table with
primary key of main table is needed with these multivalued tuples in each row. Like this :-
id phone1 email1
id phone2 email2.
Assume you are the new CEO of the Delta Phi Corporation. When the Bo.pdf
Assume you are the new CEO of the Delta Phi Corporation. When the Board of Directors
appointed you CEO, they indicated that a strategy for the next decade should be developed. In
your discussion post, indicate (based on the readings, not just personal opinion) how you would
think about the task of formulating a strategy for the company looking at the decade ahead.
Special attention should be given to how the different views of strategy by Porter and Mintzberg
would influence your approach.LIST ALL REFERENCES
There are two people, and only two, whose ideas must be taught to every MBA in the world:
Michael Porter and Henry Mintzberg. This was true more than 25 years ago, when I did my
MBA at USC. These are two academics who have had real impact for a long time. Part of their
success, beyond having big relevant ideas, is due to their clear and concise writing skills (There
is certainly a lesson in there for many of us business school academics).
Both have been very influential in the study of strategy, an area of considerable interest to many
Forbes readers. You can contrast their two views as Porter’s taking a more deliberate strategy
approach while Mintzberg’s emphasize emergent strategy. Both are still taught, in fact, I taught
Porter’s 3 Generic Strategies and his 5 Forces Model not two weeks ago in an undergraduate
strategy course at McGill. Which is most useful today?
The world of deliberate strategy is one that I remember well from my days as a corporate
manager at IBM and then as an executive teacher at Oxford and LBS. It was a world of strategy
planning weekends at posh hotels in the English countryside, where we sat in rooms discussing
the 5 Forces in our particular industry and what would we change in the model if we had a
fairy\'s magic wand. The output was 3 ring binders in North America and 2 ring binders in
Europe. This worked well in its day, back in the 80s and part of the 90s, wonderful times now
looking back on it, when the past was quite helpful in predicting the future. However, the nature
of the world today no longer lends itself, by in large, to this type of strategy.
Emergent strategy is the view that strategy emerges over time as intentions collide with and
accommodate a changing reality. Emergent strategy is a set of actions, or behavior, consistent
over time, \"a realized pattern [that] was not expressly intended\" in the original planning of
strategy. Emergent strategy implies that an organization is learning what works in practice.
Given today’s world, I think emergent strategy is on the upswing. Here’s why.
But first, in the interest of transparency, I have worked closely with Henry co-directing and co-
teaching on Leadership Programs at McGill, where we are both on the faculty, for more than a
decade. In fact, many times, I have presented key parts of Porter’s ideas on strategy for a couple
of hours and then Henry presents his ideas as a contrast to Michael’s. We started doing this tag
team effort about 11 years ag.
A manager typically spends the least amount of time Communicating Mo.pdf
A manager typically spends the least amount of time: Communicating Monitoring work
outcomes Establishing plans and goals In quiet reflection alone in his or her office Which of the
following terms best describe a manager\'s work? Check all that apply Varied (Work changes
frequently) Continuous (Managers usually finish one piece of work before moving on to the
next) Reflective (Managers spend a large amount of time thinking about things) Brief (Work
occurs in small segments) Use the manager roles developed by Mintzberg to answer the
following questions. Mintzberg placed managerial work roles into which of the following
categories? Check all that apply. Interorganizational Informational Interpersonal Decisional g the
role ofY
Solution
The correct answer is \"In quiet reflection alone in his or her office\".
The success or failure of the manager-led team depends completely on the leader. A competent
team leader can help develop and improve even the high performance team. A manager should
be clear and straightforward, should have good communication skills, good organizing skill,
leadership skill, can handle complex situations, deal with changes appropriately, should have
good knowledge, etc. Leader should focus on balancing both work and people to improve
performance. Employees satisfaction is an important aspect for better performance. Leader
should focus on making the employee satisfied by creating a positive work environment. Rather
than blaming, leader should guide the employees how to cope up with difficult situations..
Write message.cpp and priorityq.cpp. The code in message.cpp and pri.pdf
Write message.cpp and priorityq.cpp. The code in message.cpp and priorityq.cpp doesn\'t need
any input or output statements.
Do not modify priorityq.h, message.h, or main.cpp.
main.cpp
_____________________________________________________________________________
__
#include iostream
#include fstream
#include new
#include cstddef
#include \"priorityq.h\"
using namespace std;
int main(int argc, char* argv[])
{
ifstream inputs; // Input file for commands
char op; // Hold operation
int n; // Integer input from file
PriorityQ* ptr = NULL; // Will point to priority queue object
Message msg; // Assembled message
Priorities p; // Message priority
char c; // Message priority input from file
string s; // Message string from file
// Output usage message if one input file name is not provided
if (argc != 2)
{
cout << \"Usage:\ project03 \ \";
return 1;
}
// Attempt to open input file -- terminate if file does not open
inputs.open(argv[1]);
if (!inputs)
{
cout << \"Error - unable to open input file\" << endl;
return 1;
}
// Process commands from input file
getline(inputs, s); // Input comment line
cout << s << endl; // Echo comment line
inputs >> op; // Attempt to input first command
while (inputs)
{
switch (op) // Identify and perform operation input from file
{
case \'#\': // Echo Comment
getline(inputs, s);
cout << \"--------\ \" << op << s << endl;
break;
case \'c\': // Constructor
cout << endl << \"Constructor()\";
try
{
ptr = new PriorityQ;
cout << endl;
}
catch ( std::bad_alloc )
{
cout << \"Failed : Terminating now...\" << endl;
return 1;
}
break;
case \'+\': // Enqueue
inputs >> c; // Input message priority from file
inputs.ignore(100, \' \'); // Skip one space
getline(inputs,s); // Input rest of line as the message
cout << \"Enqueue(\" << c << \" \'\" << s << \"\'\" << \")\";
try
{
switch (c)
{
case \'H\': msg.SetPriority(HIGH); break;
case \'M\': msg.SetPriority(MEDIUM); break;
case \'L\': msg.SetPriority(LOW); break;
}
msg.SetMessage(s);
ptr->Enqueue(msg);
}
catch (FullPQ)
{
cout << \" -- Failed Full PriorityQ\";
}
cout << endl;
break;
case \'-\': // Dequeue
cout << \"Dequeue() -- \";
try
{
ptr->Dequeue();
cout << \"Successful\";
}
catch (EmptyPQ)
{
cout << \"Failed Empty PriorityQ\";
}
cout << endl;
break;
case \'x\': // Purge
inputs >> c; // Input message priority from file
cout << \"Purge(\" << c << \")\";
try
{
switch (c)
{
case \'H\': ptr->Purge(HIGH); break;
case \'M\': ptr->Purge(MEDIUM); break;
case \'L\': ptr->Purge(LOW); break;
}
}
catch (EmptyPQ)
{
cout << \" -- Failed Empty PriorityQ\";
}
cout << endl;
break;
case \'?\': // Peek
inputs >> n;
cout << \"Peek(\" << n << \") -- \";
try
{
ptr->Peek(n).Print();
}
catch (InvalidPeekPQ)
{
cout << \"Failed Invalid Peek PriorityQ\";
}
cout << endl;
break;
case \'f\': // Front
cout << \"Front() -- \";
try
{
ptr->Front().Print();
}
catch (EmptyPQ)
{
cout << \"Failed Empty PriorityQ\";
}
cout << endl;
break;
case \'r\': // Rear
cout << \"Rear() -- \";
try
{
ptr->Rear().Print();
}
catch (EmptyPQ.
Will a Pigovian tax always be equal to the marginal external cost of.pdf
Will a Pigovian tax always be equal to the marginal external cost of pollution at the socially
optimal output level?
Solution
No as proved by Coase theorem there are transanction costs involved. They include monetary
values for specifying, defining and enforcing property rights. There are high transanction costs
particularly when parties involved are large. It may leave thus society saddled with excessive
waste_waste over and above socially optimum level.
Would you identify UTC’s approach to supply chain managemet as ce.pdf
Would you identify UTC’s approach to supply chain managemet as centeralized, decentralized
or hybrid? Explain
Would you identify UTC’s approach to supply chain managemet as centeralized, decentralized
or hybrid? Explain
Solution
In business, a hybrid supply chain management can be defined as the combination of best
elements of individuals, technology, and processes in order to develop a streamlined and end to
end process.
In case of United Technologies, the supply chain organization aims are supporting the entire
value chain which includes strategy development, commodity management, contracting, supplier
development, purchasing, materials management/logistics, delivery assurance and compliance.
Thus it is quite evident that the company is trying to have a more sophisticated association of
process, technology, and people so that better supply chain services can be offered. This kind of
model undoubtedly represents the Hybrid supply chain management..
White collar crimes are best defined as a wide variety of nonviolent.pdf
White collar crimes are best defined as a wide variety of nonviolent crimes committed by
business persons and organizations.
True
False
Solution
True.
White collar crimes are non-violent, and are committed by business-people and organizations,
with primary motive being financial gains. Examples of such crimes include anti-trust law
violation, corruption, insider trading, tax evasion etc..
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Why do we diverge from the Rational Choice Paradigm when identifying problems and
opportunities?
Solution
We diverge from the Rational choice Paradigm while identifying the problem and opportunity
because it seems so logical, but is impossible to apply in reality. The reason behind it is that the
model assumes that ‘people are efficient and are logical information processing machines’. But
in reality, people have difficulty in recognizing problems and they cannot process the volume of
information needed to identify the best solution to the problems; and even they face difficulty
recognizing when and where their choices have failed. The second reason why the rational model
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Why is lactose much more soluble in water than in ethanolSolu.pdf
Why is lactose much more soluble in water than in ethanol?
Solution
Ethanol is an alcohol while lactose is a carbohydrate.Carbohydrates are soluble in water, they
can have several hydroxyl groups which provides the molecule with water solubility. Ethanol on
the other hand has only one hydroxyl group and the rest of the valences are occupied by
hydrogen, this makes ethanol less soluble in water than lactose..
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Which of the following is a technology that takes an Internet signal and converts it into radio
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A) mobile
B) wi-fi
C) digitization
D) VoIP
Which of the following is a technology that takes an Internet signal and converts it into radio
waves?
A) mobile
B) wi-fi
C) digitization
D) VoIP
A) mobile
B) wi-fi
C) digitization
D) VoIP
Solution
The correct answer is Option B
Wifi is a technology that takes an Internet signal and converts it into radio waves?.
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What aspect of Ethernet can be a problem for security? What mechanism(s) were added to fix the
problem?
Solution
Please follow the data and description :
Ethernet :
In the stream of computer science and technologies an ethernet is a local area networking
technology which used to transfer the data from one place to another in the form of analog and
digital signals respectively based on the usage, and these cables are specially called as the
coaxial cables. These are also used for th epurpose to carry the signals of radio of different
frequencies.
Ethernet and its Security Issues :
Ethernet on the other hand has also some major security problems which did effect its
networking badly. Some major problems are as follows :
1) The major security problem of Ethernet is that when the data is transferred from the source to
the respective destination it generally moves almost from all the parts and divisions of the cable
and then moves towards the receiving computer. So while this part of execution some sniffing
programs that are used by the hackers might be dumped in that causes some serious problems.
2) As the technologies use the concept of peer to peer technology that has been adopted mainly
to reduce the expense on the use of the coaxial cables in Ethernet but at the same time it provides
an unsecured networking process because it is based on sharing the data. So when this is done in
a workgroup the the different or the unrelated computer have the greater possibilities to see the
data.
So some of the.
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