Scratch exercises for 5th graders or 50 Scratch exercises are keywords you can search online to find practice materials for your child. However, to help you understand the types of Scratch exercises, this article will suggest some coding practice content in Scratch suitable for young children.
Programming doesn't necessarily have to start with complex code or confusing logic. For young children, learning to program should be like a combination of play, storytelling, and creativity. That's why Scratch projects for kids are one of the best ways to introduce programming to children aged 6 to 7. With colorful blocks, friendly characters, and instant results, Scratch turns learning into a fun adventure. In this tutorial, we'll explore fun, age-appropriate Scratch project ideas.
Why are Scratch projects for kids perfect for children aged 6 to 7?
Children aged 6 to 7 learn best through exploration and imagination. Scratch programming is perfectly suited to their learning style. Instead of typing lines of code, children piece together image blocks like jigsaw puzzle pieces. This helps them understand sequence, cause and effect, and logic without frustration.
Scratch is a fantastic program from MIT that can help children in grades 2 through 5 learn programming. However, the program can be a bit difficult to understand at first, so it's helpful for children to work on simple projects while getting acquainted with the platform. Therefore, this article has compiled some fun Scratch exercises for children, helping them master the software and prepare for more advanced projects in the future.
Below are perfect Scratch exercises for beginners learning Scratch programming, best suited for students in grades 2 through 5.
Create a flying cat that moves towards the cursor.
The first and simplest Scratch project is to create an image of a cat flying across the screen, following your mouse cursor.
The first step is to create a new project. Open Scratch and click ' Create ' to create a new project. Delete the default cat image, then choose a suitable background by clicking the ' Choose a Backdrop ' button in the bottom right corner (green in the image above). This example chooses Galaxy .
After choosing a background, the next step is to add the image of the flying cat. Click the ' Choose a Sprite ' button in the bottom right corner, search for 'cat flying', and click on the cat image that appears.
The final step is to add the above code to your program. Let's see what each block of code does!
- When green flag clicked: The code below this block will run when the green flag is clicked.
- Forever: The code inside this loop will run indefinitely (until the stop sign is clicked to end the program).
- Point towards (mouse pointer): This block is used to ensure the object always points towards the cursor.
- If (not touching mouse pointer): If the cat catches the pointer, we want it to stop. Otherwise, if it doesn't touch the pointer, we will run the code below.
- Move (5) steps: This code block makes the cat move 5 steps each time it is run. If you want to make the cat fly faster or slower, you can increase or decrease this value.
Create a jumping sprite
Another useful and simple Scratch exercise is making a sprite jump. Here's an example:
Create a new project with a sprite, following the instructions in the flying cat exercise. Add the code in this image to your project and remember to read the section below to understand the function of each code block.
- When (space) key pressed: The code below this block will run every time the space key is pressed. If you want to run your program with a different key, you can customize it here.
- Next costume: The sprite will look more realistic when dancing if its animation changes. We can change to the next sprite animation using this block.
- Glide (.2) secs to x: (x position) y: (y position + 50): To understand this code block, we first need to understand x and y coordinates. Moving the sprite on the Scratch canvas is controlled by an invisible grid, and you can move objects on the grid by assigning them x and y values. The x value controls the position from left to right, and the y value controls the position from top to bottom. This code block instructs the sprite not to change position from left to right and to move up 50 units. If you want your character to jump slower or faster, you can adjust the .2 value up or down.
- Next costume: Changes the sprite animation when it returns.
- Glide (.2) secs to x: (x position) y: (y position - 50): This block is the opposite of the previous glide block; it will cause the sprite to return to its original position.
Create a color-changing wallpaper
Continuing with the flying cat project, you now just need to add two more steps:
Following the steps in the flying cat project above, choose a background image for your project. Then, click on the background image in the ' Stage ' section to start programming.
Add the following 3 blocks of code:
- When the green flag is clicked: When the green flag is clicked, the code below will run.
- Forever: The code inside this block will run forever.
- Change (color) effect by (5): Every time this block is run, it will change the background color effect by 5. If you want the colors to change slower, decrease the value; if you want them to change faster, increase the value.
Sprites make a sound when clicked.
To add sound to the flying cat sprite above, click the 'sounds' tab and click "choose a sound". Find a sound that suits your project and click on it. Then, click the 'code' tab to return to the programming screen.
The code for this project consists of only two blocks:
- When this sprite was clicked: The code below this block will run every time your sprite is clicked.
- Play sound (grunt) until done: This block will play the sound you choose.
Change the sprite size using the arrow keys.
Add the following four code blocks to your Flying Cats project:
- When (up arrow) key pressed: The code below this block will run every time the up arrow key is pressed.
- Change size by (10): When this code runs, it will increase the size of the sprite by 10.
- When (down arrow) key pressed: The code below this block will run every time the down arrow key is pressed.
- Change size by (-10): When this code runs, it will decrease the sprite size by 10.