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π Topic Summary
In science, it's super important to know the difference between observing and inferring. An observation is something you directly experience through your sensesβsight, smell, touch, taste, or hearing. For example, "The sky is cloudy." An inference is a conclusion you reach based on your observations and prior knowledge. For example, "It might rain soon" is an inference based on the observation of a cloudy sky. Distinguishing between the two helps in making accurate scientific interpretations and avoiding assumptions.
π§ͺ Part A: Vocabulary
Match the terms with their definitions:
| Term | Definition |
|---|---|
| 1. Observation | A. A conclusion based on evidence and reasoning. |
| 2. Inference | B. The act of noticing or perceiving something using your senses. |
| 3. Qualitative | C. Describing the qualities of something (e.g., color, texture). |
| 4. Quantitative | D. Describing the quantity of something using numbers (e.g., 3 meters, 50 kg). |
| 5. Evidence | E. Facts, observations, or data supporting a statement or hypothesis. |
Answer Key:
- π 1 - B
- π¬ 2 - A
- π 3 - C
- π 4 - D
- π 5 - E
βοΈ Part B: Fill in the Blanks
Read the paragraph and fill in the missing words.
When we make an __________, we are using our senses to gather information. If we then use that information, along with what we already know, to form an idea, we are making an __________. For example, if I __________ a wet sidewalk, I might __________ that it rained.
Answer Key:
- ποΈ Observation
- π§ Inference
- π§οΈ Observe
- π‘ Infer
π€ Part C: Critical Thinking
Give an example of an observation and an inference you can make from that observation.
Example Answer:
- π Observation: The grass is wet.
- π± Inference: The sprinkler was on, or it rained.
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