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An array is a group of related data items that are stored with single name.For example, int student[30];Here, student is an array name which holds 30 collection of data items, with a single variable name.OperationsThe operations of an array are explained below −Searching − It is used to find whether a particular element is present or not.Sorting − Helps in arranging the elements in an array either in ascending or descending order.Traversing − Processing every element in an array, sequentially.Inserting − Helps in inserting the elements in an array.Deleting − Helps in deleting an element in an array.In this program, ... Read More
Perfect number is the number; whose sum of factors is equal to 2*number.AlgorithmAn algorithm is explained below −START Step 1: declare int variables and initialized result=0. Step 2: read number at runtime. Step 3: for loop i=1;i
An array is a homogeneous sequential collection of data items over a single variable name.For example, int student[30];Here, student is an array name holds 30 collection of data item, with a single variable name.CharacteristicsThe characteristics of arrays are as follows −An array is always stored in consecutive memory location.It can store multiple value of similar type, which can be referred with single name.The pointer points to the first location of memory block, which is allocated to the array name.An array can either be an integer, character, or float data type that can be initialised only during the declaration.The particular element ... Read More
The difference between monolithic programming and modular programming along with the advantages and disadvantage are explained below in detail.Monolithic programmingIf, we write an entire program in a single function that is in main function then, you call it as a monolithic type of programming. But, it is not a good style of writing entire logic in a single function.DisadvantagesThe disadvantages of monolithic programming include −Program seems to be very large and complex.Debugging, testing and maintenance of a program is very difficult.Modular ProgrammingIf the program is divided into number of functional parts, then we use to call it as modular programming.If ... Read More
Let the user enter the numbers in an array, which contains duplicate elements.Now, let’s write a code to delete the repeated numbers or elements in an array and make an array with unique elements without duplicatesFor example, An example is explained below −User input is 12, 30, 12, 45, 67, 30.Output is 12, 30, 45, 67 (after deleting duplicates).ProgramFollowing is the C program to delete the duplicate numbers in an array − Live Demo#include #define MAX 100 // Maximum size of the array int main(){ int array[MAX]; // Declares an array of size 100 int size; int ... Read More
Converting upper to lower and lower to upper is generally termed as toggle.Toggle each character means, in a given string, the lower letter is print in upper form and upper case is print in lower letter respectively.ProgramThe C program to convert upper case to lower and lower case to upper is given below − Live Demo#include #define MAX 100 void toggle(char * string); int main(){ char string[MAX]; printf("enter the string need to be toggle :"); gets(string); toggle(string); printf("final string after toggling is:"); printf("%s", string); return 0; } void toggle(char * string){ int ... Read More
With the help of addition and subtraction operations, we can swap two numbers from one memory location to another memory location.AlgorithmThe algorithm is explained below −STARTStep 1: Declare 2 variables x and y. Step 2: Read two numbers from keyboard. Step 3: Swap numbers. //Apply addition and subtraction operations to swap the numbers. i. x=x+y ii. y=x-y iii. x=x-y Step 4: Print x and y values.ProgramFollowing is the C program which explains swapping of two numbers without using third variable or a temporary variable −#include int main(){ int x, y; printf("enter x and y values:"); ... Read More
Using plt.xticks, we can change the X-axis scale.StepsUsing plt.plot() method, we can create a line with two lists that are passed in its argument.Add text to the axes. Add the text *s* to the axes at location *x*, *y* in data coordinates, using plt.text() method, where the font size can be customized by changing the font-size value.Using xticks method, get or set the current tick locations and labels of the X-axis.To show the figure, use plt.show() method.Exampleimport matplotlib.pyplot as plt plt.plot([1, 2, 4], [1, 2, 4]) plt.text(2, 3, "y=x", color='red', fontsize=20) plt.xticks([1, 2, 3, 4, 5]) ... Read More
Using plt.text() method, we can increase the font size.StepsUsing plt.plot() method, we can create a line with two lists that are passed in its argument.Add text to the axes. Add the text *s* to the axes at location *x*, *y* in data coordinates, using plt.text() method. Font size can be customized by changing the font-size value.To show the figure, use plt.show() method.Exampleimport matplotlib.pyplot as plt plt.plot([1, 2, 4], [1, 2, 4]) plt.text(2, 3, "y=x", color='red', fontsize=20) # Increase fontsize by increasing value. plt.show()Output
We can use a user-defined method, autolabel, to annotate the axis value. Before that, we can initialize the fig and ax using plt.subplots() method.StepsCreate lists, labels, men_means, and women_means with different data elements.Return evenly spaced values within a given interval, using numpy.arrange() method.Set the width variable i.e., width=0.35.Create fig and ax variables using subplots method, where default nrows and ncols are 1.The bars are positioned at *x* with the given *align*\ment. Their dimensions are given by *height* and *width*. The vertical baseline is *bottom* (default 0), so create rect1 and rect2 using plt.bar() method.Set the Y-axis label using plt.ylabel() method.Set ... Read More