Write a code that reads integers from the user until the user enters either 0 or 100. Then prints the sum of the numbers entered (excluding the 0 or 100).
What is the output of each of the following statements? Assume that
x = 5, y = 2, z = 10, and temp = 0
6. if (x + y > z)
x = y + z;
else
x = y - z;
cout<< x << " " << y << " " << z << endl;
What is the output of each of the following statements? Assume that
x = 5, y = 2, z = 10, and temp = 0
1. if (y >= x)
y = z;
cout<< x << " " << y << " " << z << endl;
2. if (y >= x)
{
y = z;
cout<< x << " " << y << " " << z << endl;
}
3. if (z < y)
temp = x;
x = z;
z = temp;
cout<< x << " " << y << " " << z << endl;
4. if (z > y)
{
temp = x;
x = z;
z = temp;
}
cout<< x << " " << y << " " << z << endl;
5. if (x >= 6)
cout<< x + y << endl;
cout<< x + y << endl;
6. if (x + y > z)
x = y + z;
else
x = y - z;
cout<< x << " " << y << " " << z << endl;
Create a c++ program the counts and display the odd and even numbers among the ten input values using a two dimensional array.
First row - 10 input numbers
Second row - even numbers
Third row - odd numbers
Create a class named 'Rectangle' with two data members- length and breadth and a function to calculate the area which is 'length*breadth'. The class has three constructors which are:
1 - having no parameter - values of both length and breadth are assigned zero.
2 - having two numbers as parameters - the two numbers are assigned as length and breadth respectively.
3 - having one number as parameter - both length and breadth are assigned that number.
Now, create objects of the 'Rectangle' class having none, one and two parameters and print their areas.
You are given an array A consisting of N integers.
Task
Print the sum of the elements in the array.
Note: Some of the integers may be quite large.
Input Format
Output format
Print a single value representing the sum of the elements in the array.
Constraints
1<=N<=10
0<=a[i]<=10^10
Write a program that lets user enter in a potentially unlimited series of subject marks from 0 to 100. Ensure that the numbers entered are greater than 0 and less than 100. You cannot assume that the user will enter an integer or a float. User can enter both float and integer values. If they input a negative number or a number more than hundred you should continually prompt them to enter a valid number until they do so. When the user enters a the line ”end” you should stop collecting marks.
Then use their input to generate a summary report that includes Total marks, Average mark, Highest mark and the lowest mark. Sample output is given below.
Enter a mark, 0 to 100: apple
That's not a valid mark!
Enter a price, 0 to end: -5
Marks must be positive!
Enter a mark, 0 to 100: 10
Enter a mark, 0 to 100: 20
Enter a mark, 0 to 100: 30
Enter a mark, 0 to 100: 40
Enter a mark, 0 to 100: 50
Enter a mark, 0 to 100: end
Total marks: 150.0
Average marks: 30.0
Highest mark: 50.0
Lowest mark: 10.0
Given class Triangle (in files Triangle.h and Triangle.cpp), complete main() to read and set the base and height of triangle1 and of triangle2, determine which triangle's area is larger, and output that triangle's info, making use of Triangle's relevant member functions.
Ex: If the input is:
3.0 4.0
4.0 5.0
where 3.0 is triangle1's base, 4.0 is triangle1's height, 4.0 is triangle2's base, and 5.0 is triangle2's height, the output is:
Triangle with larger area:
Base: 4.00
Height: 5.00
Area: 10.00
Write a C++ program that displays the row numbers of a matrix containing at least two even
numbers. First, the program should create a 2D array (5 rows, 5 columns). Then, ask the user to
input values in the matrix or 2D array. After that, program should display row number (or index)
which has less than 2 prime numbers. If no row (of the matrix) contains at least two prime
numbers then the program should display the message “No row found containing two prime
numbers”.
Write a program that creates and then reads a matrix of 5 rows and 5 columns of type int. while
reading; the program should not accept values greater than 100. For any entered value greater
than 100, the program should ask for input repeatedly. After reading all numbers, the system
should find the smallest number in the matrix and its location or index values. The program
should print the smallest number and its location (row and column) and also print their count.