Create a program that uses Python's random number generator to simulate flipping a coin several times. The simulated coin should be fair, meaning that the probability of heads is equal to the probability of tails. Your program should flip simulated coins until either 3 consecutive heads of 3 consecutive tails occur. Display an H each time the outcome is heads, and a T each time the outcome is tails, with all of the outcomes shown on the same line. Then display the number of flips needed to reach 3 consecutive flips with the same outcome . When your program is run it should perform the simulation 10 times and report the average number of flips needed.

Write a program that simulates flipping a coin to make decisions. The input is how many decisions are needed, and the output is either heads or tails. Assume the input is a value greater than 0. Ex: If the input is: 3 the output is: headstailsheads For reproducibility needed for auto-grading, seed the program with a value of 2. In a real program, you would seed with the current time. In that case, every program's output would be different, which is what is desired but can't be auto-graded. Note: A common student mistake is to call srand() before each call to rand(). But seeding should only be done once, at the start of the program, after which rand() can be called any number of times. Your program must define and call the following function that randomly picks 0 or 1 and returns "heads" or "tails". Assume the value 0 represents "heads" and 1 represents "tails".string HeadsOrTails() #include <iostream>#include <cstdlib>using namespace std; /* Define your function here */…

Write a program that compares the area of two rectangles. You can do this several ways, one way is to add the length and width of each rectangle to get it's area and then compare the two areas together. The program should ask for the length and width of two rectangles and then tell the user which rectangle has the greater area, or if the areas are the same. The area of a rectangle is the rectangle's length times its width. Name the source code file yourName_HW4.py. Test and run the program. Capture the output console and save it as an image file named

A square is divided into four smaller regions as shown in (a). If you throw a dart into the square one million times, what is the probability for the dart to fall into an odd-numbered region? Write a program to simulate the process and display the result.