Science process skills table from EPR 3503 - LO1, detailing key skills like observing, classifying, measuring, communicating, inferring, and predicting with definitions, examples, and related questions.

The image provided is a table summarizing science process skills and their definitions, examples, and related questions. The task appears to be completing the "Related question" column for each science process skill. Below is the solution with explanations for each row:

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Table Breakdown and Solution

#### 1. Observing
- Definition: The act of observing something. Observations are made by using the 5 senses.
- Example: The learner will mix primary colors to create more colors.
- Related Question: What colors are formed when you mix red and blue?

- Explanation: Observing involves using the senses to gather information. In this example, the learner is mixing primary colors. A related question would ask about the outcome of this observation (e.g., what new color is created).

#### 2. Classifying
- Definition: To put people or things into groups by their type, size, etc.
- Example: The learner will use a balance and sort objects according to mass.
- Related Question: How can objects be grouped based on their mass?

- Explanation: Classifying involves organizing items into categories. Here, the learner is sorting objects by mass. A related question would ask about the criteria used for classification.

#### 3. Measuring
- Definition: To find the size, weight, amount, or speed of something. Measuring is important in collecting, comparing, and interpreting data.
- Example: The learner will find the mass of different liquids that have the same volume.
- Related Question: What tools can be used to measure the mass of liquids accurately?

- Explanation: Measuring involves quantifying properties using specific tools. The example focuses on measuring mass. A related question would inquire about the appropriate tools for measurement.

#### 4. Communicating
- Definition: It is important to be able to share our experiences. This can be done with graphs, diagrams, maps, and spoken word.
- Example: The learner will create a line graph showing the relationship between speed and the mass of a marble.
- Related Question: How can data from an experiment be effectively communicated using a graph?

- Explanation: Communicating involves sharing findings through various methods. The example uses a line graph. A related question would ask about the best way to present data visually.

#### 5. Inferring
- Definition: An inference is an explanation based on an observation. It is a link between what is observed and what is already known.
- Example: The learner will write a conclusion at the end of each investigation.
- Related Question: Based on your observations, what can you infer about the relationship between two variables?

- Explanation: Inferring involves drawing logical conclusions from observations. The example mentions writing a conclusion. A related question would ask the learner to make an inference based on their observations.

#### 6. Predicting
- Definition: What do you think will happen? It is an educated guess based on good observations and inferences about an observed event or prior knowledge.
- Example: The learner will predict what is a box based on observations using the sense of touch.
- Related Question: Based on your observations, what do you predict will happen if you change a variable in the experiment?

- Explanation: Predicting involves making an educated guess about future outcomes. The example involves predicting the contents of a box. A related question would ask the learner to predict an outcome based on their understanding.

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Completed Table

| Science process skills | Definition | Example | Related Question |
|------------------------|---------------------------------------------------------------------------|-------------------------------------------------------------------------------------------|----------------------------------------------------------------------------------|
| Observing | The act of observing something. Observations are made by using the 5 senses. | The learner will mix primary colors to create more colors. | What colors are formed when you mix red and blue? |
| Classifying | To put people or things into groups by their type, size, etc. | The learner will use a balance and sort objects according to mass. | How can objects be grouped based on their mass? |
| Measuring | To find the size, weight, amount, or speed of something. Measuring is important in collecting, comparing, and interpreting data. | The learner will find the mass of different liquids that have the same volume. | What tools can be used to measure the mass of liquids accurately? |
| Communicating | It is important to be able to share our experiences. This can be done with graphs, diagrams, maps, and spoken word. | The learner will create a line graph showing the relationship between speed and the mass of a marble. | How can data from an experiment be effectively communicated using a graph? |
| Inferring | An inference is an explanation based on an observation. It is a link between what is observed and what is already known. | The learner will write a conclusion at the end of each investigation. | Based on your observations, what can you infer about the relationship between two variables? |
| Predicting | What do you think will happen? It is an educated guess based on good observations and inferences about an observed event or prior knowledge. | The learner will predict what is a box based on observations using the sense of touch. | Based on your observations, what do you predict will happen if you change a variable in the experiment? |

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Final Answer

The completed "Related Question" column is as follows:

1. Observing: What colors are formed when you mix red and blue?
2. Classifying: How can objects be grouped based on their mass?
3. Measuring: What tools can be used to measure the mass of liquids accurately?
4. Communicating: How can data from an experiment be effectively communicated using a graph?
5. Inferring: Based on your observations, what can you infer about the relationship between two variables?
6. Predicting: Based on your observations, what do you predict will happen if you change a variable in the experiment?

Boxed Final Answer:
\[
\boxed{
\begin{array}{l}
\text{1. What colors are formed when you mix red and blue?} \\
\text{2. How can objects be grouped based on their mass?} \\
\text{3. What tools can be used to measure the mass of liquids accurately?} \\
\text{4. How can data from an experiment be effectively communicated using a graph?} \\
\text{5. Based on your observations, what can you infer about the relationship between two variables?} \\
\text{6. Based on your observations, what do you predict will happen if you change a variable in the experiment?}
\end{array}
}
\]