Which of the following strategies would support inquiry-oriented science teaching?

Correct option is A

The correct answer is Engaging students in floating and sinking activities.
Inquiry-oriented science teaching encourages students to explore, investigate, and discover scientific concepts through hands-on experiences and critical thinking. Engaging students in floating and sinking activities allows them to ask questions, make observations, and draw conclusions through experimentation. This method promotes active learning, curiosity, and deeper understanding of concepts related to buoyancy and density, which are core elements of inquiry-based learning. The other options focus more on direct teaching or demonstration rather than student-led exploration.
Information Booster:
1. Inquiry-based learning involves asking questions, exploring, and finding solutions.
2. Activities like floating and sinking encourage students to formulate hypotheses and test them.
3. Students learn better when they actively engage in experiments rather than passively listening to explanations.
4. Inquiry learning develops critical thinking and scientific skills.
5. Inquiry-oriented methods follow the 5E model: Engage, Explore, Explain, Elaborate, Evaluate.
Additional Knowledge:
· (a): Encourages exploration and hypothesis testing, key to inquiry-based learning.
· (b): Focuses on explanation, which is a teacher-centered approach.
· (c): Defining principles promotes rote learning rather than exploration.
· (d): Demonstrations are useful but limit student-driven inquiry.