A classic puzzle is called the Tower of Hanoi. To solve the puzzle, you must move all of the rings from the peg on the left to the peg on the right. Sound easy? The trick is that all of the pieces are different sizes, and you aren’t allowed to put a larger piece on top of a smaller piece. Just like with the Traveling Salesman Problem that you were introduced to in this unit, the Tower of Hanoi is the kind of problem that a computer is good at solving. An algorithm really helps! But the Tower of Hanoi is still fun to work out on your own.

For this lab, you will use a virtual Tower of Hanoi to solve the puzzle.

Step 1
Solve the puzzle at least three times. Start with only three discs. You must also solve the 4-disc puzzle, and then challenge yourself with any number of discs greater than 4. (Change the number of discs by clicking the arrows in the top left corner of the game.)

Screenshot each of your solutions, showing the completed puzzle and the number of moves it took you to reach that point. It is okay if your number of moves are above the minimum number of moves listed.

Step 2
After you have solved the Tower of Hanoi at least three times, write an algorithm with clear, numbered steps that would guide another player through the steps of solving the puzzle.

Here is a clue to get you started: The first step should be: move the smallest ring to the middle peg.

Step 3
After you write the algorithm, write a few sentences reflecting on your experience: What was tricky about writing the algorithm? Did you find that having a written algorithm made it easier to solve the puzzle? Why or why not?

Step 4
Do some online research and discover another famous algorithm or coding puzzle to share. Write a brief summary of the puzzle, as well as what you find interesting about it. Include the link to the source where you found the puzzle.

Submit your screenshots, algorithm, reflections, and research as one document.

Answer:

CD (700 MB)

DVD (17.0 GB)

Blue-ray (50 GB)

Thumb drive (2 TB)

Hard Disk (20 TB)

Flash Memory (100 TB)

Explanation:

Answer:

1.She was worried the dress wouldn't fit well.

2.She found that online prices were consistently higher than in-store prices.

Explanation:

Not all online stores will give you the correct size and because you have to pay for shipping and stuff like that the prices are higher

Hope this helps

Mark me brainliest

Answer:

She was worried the dress wouldn't fit well.

She found that the color of the dress looked slightly different on different computer screens.

Explanation:

While I personally think this should not be the correct answer, I'm pretty confident it is. This answer may not be correct because I'm pretty sure this question is referencing something in the lesson preceding it, making it difficult to answer correctly otherwise. If this is the case I strongly recommend if still able you go back and at least skim over the lesson.

Answer:

The modern pentathlon

Explanation:

The modern pentathlon is an Olympic sport that comprises five different events; fencing (one-touch épée), freestyle swimming (200 m), equestrian show jumping (15 jumps), and a final combined event of pistol shooting and cross country running (3200 m).

Answer:

HEYY

HELLO ITS ME TO HELP YOU

YOU NEED TO GO

.

TO THE SHOP

SORRY FOR THE PHONE

Answer:

1. There are many ways to write an algorithm. Some are very informal, some are quite formal and mathematical in nature, and some are quite graphical. The instructions for connecting a DVD player to a television are an algorithm. A mathematical formula such as πR2 is a special case of an algorithm. The form is not particularly important as long as it provides a good way to describe and check the logic of the plan.  The development of an algorithm, a plan is a key step in solving a problem. Once we have an algorithm, we can translate it into a computer program in some programming language. Our algorithm development process consists of five major steps.

2. computers only do what you told them to do, so If you wrote something wrong or you wasn't precise enough it might cause a massive damage and cause you to lose a lot of money.

3. You know when a problem should be solved whenever you need to make a decision that is important, or requires human intelligence and a computer doesn’t have human intelligence.

4. The process does sound familiar to me; it is like the mechanism of operation of the computer. Through reflex actions, our bodies take in input and respond sometimes without our control, such as shivering, blinking, and sneezing.

5. The brain uses chemicals to transmit information; the computer uses electricity. Even though electrical signals travel at high speeds in the nervous system, they travel even faster through the wires in a computer. Both transmit information. A computer uses switches that are either on or off ("binary").

Answer:

1. There are many ways to write an algorithm. Some are very informal, some are quite formal and mathematical in nature, and some are quite graphical. The instructions for connecting a DVD player to a television are an algorithm. A mathematical formula such as πR2 is a special case of an algorithm. The form is not particularly important as long as it provides a good way to describe and check the logic of the plan.  The development of an algorithm, a plan is a key step in solving a problem. Once we have an algorithm, we can translate it into a computer program in some programming language. Our algorithm development process consists of five major steps.

2. computers only do what you told them to do, so If you wrote something wrong or you wasn't precise enough it might cause a massive damage and cause you to lose a lot of money.

3. You know when a problem should be solved whenever you need to make a decision that is important, or requires human intelligence and a computer doesn’t have human intelligence.

4. The process does sound familiar to me; it is like the mechanism of operation of the computer. Through reflex actions, our bodies take in input and respond sometimes without our control, such as shivering, blinking, and sneezing.

5. The brain uses chemicals to transmit information; the computer uses electricity. Even though electrical signals travel at high speeds in the nervous system, they travel even faster through the wires in a computer. Both transmit information. A computer uses switches that are either on or off ("binary").

Explanation: Brainliest please?