Philosophical empiricism claims that sensory experience is irrelevant in the pursuit of knowledge.

Philosophical empiricism is based on pure intuition without any empirical evidence.

Philosophical empiricism posits that knowledge comes primarily from sensory experience.

Philosophical empiricism suggests that knowledge is innate and not acquired through experience.

The problem of induction questions the validity of assuming that what has happened in the past will continue to happen in the future.

The problem of induction is related to deductive reasoning

The problem of induction asserts that past events are irrelevant for future predictions

The problem of induction is only applicable in mathematics

Inductive skepticism focuses on the problem of deduction.

Inductive skepticism challenges the reliability of inductive reasoning by highlighting the problem of induction.

Inductive skepticism is based on deductive reasoning.

Inductive skepticism argues for the infallibility of induction.

Inductive logic is a form of reasoning that generalizes from specific instances to make general conclusions.

Inductive logic is a form of reasoning that relies solely on emotions and personal beliefs.

Inductive logic is a form of reasoning that focuses on deductive conclusions.

Inductive logic is a form of reasoning that only considers one specific instance to draw a conclusion.

An inductive fallacy is always based on true premises

An inductive fallacy is a logical error in reasoning where the conclusion drawn is not necessarily true even if the premises are true.

An inductive fallacy is a form of deductive reasoning

An inductive fallacy is a type of mathematical proof

Karl Popper rejected inductivism in the philosophy of science.

Karl Popper supported inductivism in the philosophy of science.

Karl Popper was a mathematician, not a philosopher.

Karl Popper's contribution to inductivism was widely accepted by his peers.

Inductive reasoning is only used in scientific research, while deductive reasoning is used in everyday decision-making.

Inductive reasoning uses specific observations to make specific conclusions, while deductive reasoning uses general principles to make general conclusions.

Inductive reasoning always leads to accurate conclusions, while deductive reasoning can be inaccurate.

Inductive reasoning generalizes from specific observations to make general conclusions, while deductive reasoning starts with general principles to reach specific conclusions.

Every observed swan is white, therefore all swans are white.

Some swans are purple.

No swans exist.

All swans are black.

The problem of induction has no impact on scientific knowledge

The problem of induction only affects non-scientific fields

The problem of induction raises doubts about the certainty of scientific knowledge and the generalizations made from empirical observations.

The problem of induction ensures the absolute certainty of scientific knowledge