Exercise 6 - due at 11:59:00 PM ESt on Sunday, 11/20/2022, through Canvas

All the problems can be solved in the same program

Here, we have shown each problem with the sample run.

1. This is a very popular beginners programming exercise, called FizzBuzz. We've already soved the "inner" problem in a previous practice exercise. We're just going to do it many times.

Keep reading numbers from the user. Stop if the number were 0. Otherwise if the number were divisible by 3, print Fizz. If the number were divisible by 5, print Buzz. If the number were divisible by both, print FizzBuzz. If none of the above cases were true, print the number back. You are restricted to variables, loops and if statements. 

Sample Run:

Enter the numbers:
10
Buzz
12
Fizz
23
23
19
19
45
FizzBuzz
40
Buzz
100
Buzz
91
91
81
Fizz
1
1
7
7
109
109
105
FizzBuzz
34
34
0

2. Write a C++ code snippet to find the Lowest Common Multiple of 2 numbers. An easy way is to start at the higher number, and keep multiplying the numbers up alternatively unti we get a common number.

Sample Run:
Enter 2 numbers: 14
36

The Lowest Common Multiple is 252

Explanation of logic:

14 < 36, so start from 36

14*2 = 28 < 36
14 *3 = 42 > 36 
36 *2 = 72 < 42
14 * 4 = 56 < 72
14 * 5 = 70 < 72
14 * 6 = 84 > 72
36 *3 = 108 < 84
14 * 7 = 98 < 108
14 * 8 = 112 > 108
36 * 4 = 144 < 112
14 * 9 = 126 < 144
14 * 10 = 140 < 144
14 * 11 = 154 > 144
36 * 5 = 180 > 154
14 * 12 = 168 < 180
14 * 13 = 182 < 180
36 * 6 = 216 > 182
14 * 14 = 196 < 216
14 * 15 = 210 < 216
14 * 16 = 224 > 216
36 * 7 = 252 > 224
14 * 17 = 238 < 252
14 * 18 = 252 == 252 Stop. 

3.  Write a C++ code snippet to accept the number of rows from the user and print a triabngle of star symbols. Start the first row with one star, the second row with 2 stars, and keep going until we reach the required number of rows. Note that the nth row will have n stars. You can assume that the user will enter a number between 1 and 75.

Sample Output:

Enter the number of rows: 7

*
**
***
****
*****
******
*******

4.  Journaling

You may complete this problem as a comment placed after the solution to probelm 1 in you cpp file

a. How far you've come:
Take a look inward to catalog how far you've come in programming from Week1. Outline some of the things you have learned
b. Self-refection
On the eve of the first milestone, write a small paragrapgh on the things you have done to prepare, and outline the topics you are confortable with.