ctive buzzer project. Write a code in C language to make an active buzzer make a sound. After writing the code , write an algorithm for the code you wrote.

Python: Vowel: Display a vowel selected at random.

Debugging is the process of discovering and correcting bugs. What relevance does this have to testing?

Move the string from leftmost side to the rightmost side of the screen 5 times. String name is Mapua Use ASSEMBLY LANGUAGE Please give me a solution that makes the code work. And please do not copy from other sites.

JavaProblem 2-5 Code ProblemProblem 2-5. Code Problem. Build an application with a text field and two buttons. Type a word or words in the text field. Click one of the buttons. Subtract one from the Unicode value for each character in the typed word(s), then redisplay it. This is a simple encoding technique. When you click the other button, reverse the process to decode the word.

ISP-Java Taking what you learned over the last 8 weeks, it is now your turn to create a program of your choosing. If you are not sure where to begin, think of a task that you repeat often in your major that would benefit from a program. For example, chemistry unit conversions, finding the area for geometric shapes, etc. You can also create an interactive story that changes based on the user input/decisions. The possibilities are endless. The program must include instructions for the user. Be in the mindset that the program you develop will be used by anyone. You will not receive any assistance from the instructor. It is up to you to figure out your program. Your program must include (but not limited to) the following: • Comments • Input(s) and output(s) • Decision structures • Loops Be as creative as possible!

Scenario: A robot is sitting in a chair with its arms facing down. Write an algorithm, using pseudocode, to make the robot: stand up walk until it senses a wall turn around walk back to the chair sit back down in the origin starting position Finally, output the total number of steps taken. Commands: In addition to our standard pseudocode commands, you must also use the following robot control commands: sit stand step (one step forward) raise arms (parallel to floor) lower arms (pointing to floor) sense (only if arms are raised) turn (90 degrees right) Immediately after issuing a sense command, you can check if the robot is at a wall.You do this via the boolean conditions "at wall" or "not at wall".The following are examples of this: if at wallif not at wallwhile not at wall AssumptionsYou must assume the following facts: The robot's initial sitting position is directly facing the target wall. There are no obstacles between the robot and the wall. The wall is 1 or more exact steps…

JavaProblem 2-1 Random Number ProblemBuild an application where each time a button is clicked, a random number from 1 to 100 is displayed in a textField.

Computer programmin. Java.

Active buzzer project: Write an algorithm for the below code for all steps. Then write a conclusion (test&debug) for the code. Also, write comments for the code explaining each line.