Question

5 explain the following statement:
othing in science can be absolutely proven no matter how much evidence is collected.\

Explanation:

Science is based on empirical evidence and the scientific method, which involves forming hypotheses, testing them with experiments/observations, and revising theories. However, new evidence or new ways of observing (e.g., new technologies, different contexts) can emerge that may contradict or require modification of existing theories. For example, Newtonian physics was widely accepted until Einstein's theory of relativity showed its limitations in extreme conditions (high speeds, strong gravity). Also, inductive reasoning (generalizing from specific observations) is used in science, but it can never be logically certain—just because all observed swans are white doesn't mean all swans are white (black swans exist). So scientific knowledge is provisional, always open to revision with new data, hence nothing can be proven absolutely.

Answer:

Science relies on empirical testing and inductive reasoning. Theories are supported by evidence but new data/contexts (e.g., new tech, extreme conditions) can challenge them (e.g., Newtonian vs. relativistic physics). Inductive reasoning (generalizing from specifics) is uncertain (e.g., black swans). Thus, scientific knowledge is provisional, open to revision, so nothing is proven absolutely.