Answer:
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Imagery is a feature of written and spoken language and occurs whenever someone has chosen to use language in a non-literal way.
Imagery is a way of describing something symbolically, using words to create a picture in the reader's imagination.
In the Close Reading paper you need to be able to recognise imagery and to consider how successful the imagery is at conveying to you what the writer is trying to express.
Imagery frequently conveys more than just meaning. It is used to heighten the effect of language and is often an extension of word-choice.
Normally an image will extend to a phrase or a few words but sometimes it will be longer.
The simplest form of imagery to recognise is when something or someone is compared to something else, with the purpose of establishing some parallel between the two. Images of this kind frequently concern qualities like beauty, speed, force, power and natural and animal traits.
Answer:
#include <iostream>
#include <cstring>
using namespace std;
bool isAPalindrome(char* palindrome);
int main()
{
char palindrome[30];
bool palindrome_check;
cout << "Please enter an word or phrase.\n";
cin.getline(palindrome, 30);
palindrome_check = isAPalindrome(palindrome);
if (palindrome_check = true)
{
cout << "Input is a palindrome\n";
}
else
{
cout << "Inputis not a palindrome\n;";
}
system("pause");
return 0;
}
bool isAPalindrome(char* palindrome)
{
char* front;
char* rear;
front = palindrome;// starts at the left side of the c string
rear = (palindrome + strlen(palindrome)) - 1;//starts at the right side of the c-string. adds the c string plus the incriment value of s
while (front <= rear)
{
if (front = rear)
{
front++;
rear--;
}
else
{
return false;
}
}
return true;
}
Answer:
Answer to the following question is Dot plot
Explanation:
A dot chart is also called the dot plot it is the type of a simple histogram like chart that is used in the statistic for relatively the small data set where the values fall into the number of a discrete bin.
To draw the dot plots, count the numbers of data points falling in each of the bins and draw the stacks of dot that numbers high for each of the bins.
