Probability worksheet for kids: determining likelihood of picking certain shapes from bags.

Problem Analysis:

The worksheet is about probability, specifically focusing on determining whether it is "more likely" or "less likely" to grab a specific shape from a set of objects. The task involves analyzing the images provided and making judgments based on the relative frequencies of the shapes.

Step-by-Step Solution:

#### 1. First Image: How likely are you to grab a ⬤ (Circle)?
- Image Description: The image shows a collection of shapes, including circles (⬤) and stars (★).
- Observation: There are more circles (⬤) than stars (★) in the image.
- Reasoning: Since there are more circles than stars, it is more likely to grab a circle.
- Answer: Tick "more likely."

#### 2. Second Image: How likely are you to grab a ▲ (Triangle)?
- Image Description: The image shows a collection of shapes, including triangles (▲) and squares (■).
- Observation: There are fewer triangles (▲) than squares (■) in the image.
- Reasoning: Since there are fewer triangles than squares, it is less likely to grab a triangle.
- Answer: Tick "less likely."

#### 3. Third Image: How likely are you to grab a ⬛ (Square)?
- Image Description: The image shows a collection of shapes, including squares (⬛) and stars (★).
- Observation: There are more squares (⬛) than stars (★) in the image.
- Reasoning: Since there are more squares than stars, it is more likely to grab a square.
- Answer: Tick "more likely."

Final Answers:

1. For the first image (circle ⬤): more likely
2. For the second image (triangle ▲): less likely
3. For the third image (square ⬛): more likely

Explanation:

The key to solving these problems is to compare the relative frequencies of the shapes in each image. If a particular shape appears more frequently, it is more likely to be grabbed. Conversely, if a shape appears less frequently, it is less likely to be grabbed.

Final Answer Box:

\[
\boxed{
\begin{array}{l}
\text{1. more likely} \\
\text{2. less likely} \\
\text{3. more likely}
\end{array}
}
\]