P1 write your pseudo code first and then write the Python code that implements it.

** below is a suggested way to do this — there are other ways such as setting up 2-D arrays)

Using the format of P1, set up four arrays of student scores

assume 10 questions

and 4 students.( this will illustrate the approach without too many numbers

Write a function to populate a student score array.

Populate these student arrays with zeros ( false) and 1s ( true), as their scores .

See problem 6 (UNDER THIS) and use that random function not including the

integer '1'. (instead of 'coin' flips this slightly modified random number generator

Integer(Random * 2) ( check out the Python equivalent

will simply yield 0, or 1, which is what you want).

Now manipulate those 4 arrays to answer Jones' questions

PROBLEM (6) -Develop a solution to flip a coin a given amount of times and then print the number of heads and the number of tails. The equation to toss the coin is

Coin=Integer(Random* 2) + 1

When Coin 1 the toss is heads, and when Coin 2 the toss is tails. Random returns a number between 0 and 1, including 0 but not 1. Therefore, when Random is less than 0.5, Coin will equal 1 and when Random is greater than or equal to 0.5 and less than 1, Coin willequal2