Sound

It's a way for robots to make noises, listen to commands, communicate, give feedback, and add a lot of fun to the robot's interactions with us!

Please keep in mind that:

-> Asteric(*): this symbol in my website will mean: Robot saying something

-> For example:

*Green: it means: Robot saying Green

*Forward: means: Robot saying "Forward"

-> Keep this in mind because I will be using this symbol everytime the "Robot says something."

*Beep

1- Robot moves 500 degrees forward at the speed of 50%

2- Once finish moving the 500 degrees, robot says "Beep"

Left and Right

1- Robot says "Left"

2- Robot make a spin turn of 360 degrees to the left at the speed of 50%

1- Robot says "Right"

2- Robot make a spin turn of 360 degrees to the right at the speed of 50%

Challenge

Don't worry about not understanding this. We are going to learn this next! -> Topic: "Control"

-> We will learn the orange color blocks (control blocks) NEXT:

1- Robot says "Hello"

2- Wait (pause) for 1 second.

3- Robot says "Color"

4- Robot wait until[color sensor reads blue]

5- Once it reads blue, robot wait for 0.5 seconds.

6- Robot says "Blue"

7- Stop and Exit the program

Observations: Why is "Sound" important for programming?

-> Communication: It allows robots to communicate with users and with each other. Robots can give instructions, respond to commands, and provide feedback through sounds.
-> Feedback: Sound provides feedback to users about the robot's status or actions. For example, a beep can indicate that a task has started or finished, or a different sound might alert users to an error.
-> Instruction: Sound can be used to provide instructions or guidance to users, especially in educational settings. Robots can explain tasks, give hints, or guide users through programming steps.
-> Alerts: Sound alerts users to important events or conditions detected by the robot. For example, a sound can warn of an obstacle detected by a sensor or indicate low battery levels.

Time for a quiz!

Question goes here

Challenge for you

It's very fast because it's in x2 speed.

Hint:

-> All the speed is at 50%

1- Movement 1: Move forward for 450 degrees.

2- Movement 2: Move backward for 450 degrees.

3- Movement 3: Make a spin turn of 300 degrees to the right.

4- Movement 4: Make a pivot turn of 1200 degrees to the left. Left wheel speed 0%. Right wheel speed 50%

Notice that you need "play sound [] until it's done" instead of "start sound"

Notice that it's better to "set movement motors" at the beginning instead of adding it everytime above the "move for" movement blocks.