We need at least 10 more requests to produce the answer.
0 / 10 have requested this problem solution
The more requests, the faster the answer.
using c++ Problem 1 In this problem, we want to generate N random values of type...
For this assignment, write a program that will generate random numbers in the range of 50-100 and count how many fall into particular ranges. Processing: The program should first seed the random number generator. This is done one time in the program. Use srand(0). Next, generate and display a series of 10 random numbers between 50 and 100. There are several ways to ensure that a random number falls between 50 and 100. One possibility is to use the following...
(c++) Write a program that generates a random number between 1 and 100 and asks the user to guess what the number is. If the user’s guess is higher than the random number, the program should display “Too high, try again.” If the user’s guess is lower than the random number, the program should display “Too low, try again.” The program should use a loop that repeats until the user correctly guesses the random number. Be sure that your program...
Problem 5. We want to make a Schottky diode on one surface of an n-type semiconductor, and an ohmic contact on the other side. The electron affinity is 5 eV, bandgap is 1.5 eV, and the Fermi potential (the difference between the Fermi level Ef and the intrinsic level Ei) is 0.25 eV d the values of the work functions of the two metals be? (Give your answer as greater than or less than certain values.) Sketch the band diagram...
Can anyone help me write a
simple code for this problem in C++?
Generate N>10 random values from 1 to 100 using a uniform probability distribution. N is entered by the user. The first 5 values are put into nodes and added to a priority queue based on their value. Each node also contains a list of values. After the first 5 are inserted into the priority queue the rest of the values are added to the lists with the...
(Q2) Calculating the Distribution of Values 10 marks For a set of n real numbers {xi,..., x.J, here are a number of basic statistics we would like to know about the distribution of these numbers: ·The minimum value m = min(x 1, . .., Xn The maximum value Mmax{xi,..., x,J The average value a -^ 1x The standard deviation sx,-a)2. Write a program stats.c that calculates these values for a sequence of values it reads from stdin. The input is...
DESCRIPTION Implement a program in C++ that generates a specified number of random integers, records them in three arrays, then sorts the arrays with Insertion Sort, Merge Sort, and Quick Sort, respectively. Augment the three sorting algorithms with counters and report the number of characteristic operations each performs in sorting the (same) random values. INPUT The program reads from the terminal the number of random integers to generate, a seed value for the pseudo-random number generator, and a character that...
Count Below and Above Average Numbers
Use the following main( ) function:
const int maxSize = 50;
int main()
{
int l, u, n, A[maxSize], le, mo;
input(l, u);
cout << "How many numbers you want to generate < 50:
";
cin >> n;
generateNumbers(n, l, u, A);
le = countLessMore(n, A, mo);
cout << "There are " << le << " numbers less
than the average and "
<< mo << " numbers more than the
average" <<...
Problem Three: (Based on Attaway, Chapter 5, Exercise 20) The inverse of the mathematical constant e can be approximated as follows: a c 7n Write a script that will loop through values of n (starting at n 2) until the difference between the approximation and the actual value is less than 0.0001 The soript should the print the value of n required for such accuracy.
Problem Three: (Based on Attaway, Chapter 5, Exercise 20) The inverse of the mathematical constant...
In this problem you'll get to use one of Java's random number generators, java.util.Random (see the docs for Random). This class generates a random double precision number uniformly distributed in the range [0.0 ... 1.0). That is, the numbers go from 0 to 1, including 0 but excluding 1. It is a common need in Java programming to generate a random integer number that's uniformly distributed in the range of [0 ... n), such as we saw in the dice...
Write a C++ program named, gradeProcessor.cpp, that will do the following tasks: -Print welcome message -Generate the number of test scores the user enters; have scores fall into a normal distribution for grades -Display all of the generated scores - no more than 10 per line -Calculate and display the average of all scores -Find and display the number of scores above the overall average (previous output) -Find and display the letter grade that corresponds to the average above (overall...