## What are the 4 paradoxes of Zeno?

• 3.1 The Dichotomy.
• 3.2 Achilles and the Tortoise.
• 3.3 The Arrow.

## How do you explain Zeno’s paradox?

This is the resolution of the classical “Zeno’s paradox” as commonly stated: the reason objects can move from one location to another (i.e., travel a finite distance) in a finite amount of time is because their velocities are not only always finite, but because they do not change in time unless acted upon by an outside …

Because many of the arguments turn crucially on the notion that space and time are infinitely divisible, Zeno was the first person to show that the concept of infinity is problematical. In the Achilles Paradox, Achilles races to catch a slower runner—for example, a tortoise that is crawling in a line away from him.

Meaning that Achilles could never overtake. Taken to an extreme, this bizarre paradox suggests that all movement is impossible, but it did lead to the realization that something finite can be divided an infinite number of times.

### What is the first paradox?

The first known paradoxes were given by the ancient Greek School of philosophy at Elea. Parmenides (c. 515-c. 450 B.C.E.) had held that motion is an illusion and that existence is one indivisible whole.

Or, more precisely, the answer is “infinity.” If Achilles had to cover these sorts of distances over the course of the race—in other words, if the tortoise were making progressively larger gaps rather than smaller ones—Achilles would never catch the tortoise.

## What do Zeno’s 4 paradoxes for which he is famous purported to show?

Zeno of Elea, 5th c. B.C.E. thinker, is known exclusively for propounding a number of ingenious paradoxes. The most famous of these purport to show that motion is impossible by bringing to light apparent or latent contradictions in ordinary assumptions regarding its occurrence.

## What does Zeno’s arrow paradox show quizlet?

What does Zeno’s Arrow Paradox attempt to show? It attempts to show that if space and time are discrete, then motion is impossible.

What is the first known paradox?