In the described infant play scenario, the teacher reinforces Juwan's early scientific learning primarily by:

In the described infant play scenario, the teacher reinforces Juwan's early scientific learning primarily by:

• A. Supporting Juwan's spontaneous exploration of how objects behave
• B. Encouraging Juwan to follow a prescribed sequence of actions
• C. Modeling the steps to take to learn about a specific phenomenon
• D. Introducing information that conflicts with an established schema

Answer: (A)

In infants, scientific thinking develops through hands-on, sensorimotor exploration of how things work. When a teacher reinforces Juwan’s early scientific learning by supporting spontaneous exploration of how objects behave, she’s giving him space to test ideas, observe outcomes, and notice patterns on his own. This kind of open-ended play helps him build basic concepts like cause and effect, weight, and motion, while the teacher provides safe materials, responsive language, and gentle prompts to extend thinking. Prescribing a fixed sequence curtails his natural curiosity and prevents him from exploring questions that arise in the moment. Modeling steps, while useful in some contexts, focuses on imitation rather than encouraging his own hypotheses and discoveries. Introducing information that conflicts with his developing understanding too soon can disrupt the sense-making process at this stage. So allowing spontaneous exploration best reinforces early scientific learning by fostering curiosity, investigation, and language around what he observes.

In infants, scientific thinking develops through hands-on, sensorimotor exploration of how things work. When a teacher reinforces Juwan’s early scientific learning by supporting spontaneous exploration of how objects behave, she’s giving him space to test ideas, observe outcomes, and notice patterns on his own. This kind of open-ended play helps him build basic concepts like cause and effect, weight, and motion, while the teacher provides safe materials, responsive language, and gentle prompts to extend thinking. Prescribing a fixed sequence curtails his natural curiosity and prevents him from exploring questions that arise in the moment. Modeling steps, while useful in some contexts, focuses on imitation rather than encouraging his own hypotheses and discoveries. Introducing information that conflicts with his developing understanding too soon can disrupt the sense-making process at this stage. So allowing spontaneous exploration best reinforces early scientific learning by fostering curiosity, investigation, and language around what he observes.