What is your answer?
An axiom is NOT:
{ 1 } - taken first in an argument.
{ 2 } - deniable in a logical science.
{ 3 } - necessary in arithmetic and geometry.
{ 4 } - regarded as self-evident.
{ 5 } - etymologically named for the Greek word meaning worthy.
<= back | menu | forward =>
Directions: Click on a number from 1 to 5.
1 is wrong. Please try again.
An axiom is NOT:
{ 1 } - taken first in an argument.
{ 2 } - deniable in a logical science.
{ 3 } - necessary in arithmetic and geometry.
{ 4 } - regarded as self-evident.
{ 5 } - etymologically named for the Greek word meaning worthy.
<= back | menu | forward =>
2 is correct!
An axiom is NOT:
{ 1 } - taken first in an argument.
{ 2 } - deniable in a logical science.
{ 3 } - necessary in arithmetic and geometry.
{ 4 } - regarded as self-evident.
{ 5 } - etymologically named for the Greek word meaning worthy.
<= back | menu | forward =>
Before continuing, you might try some wrong answers.
3 is wrong. Please try again.
An axiom is NOT:
{ 1 } - taken first in an argument.
{ 2 } - deniable in a logical science.
{ 3 } - necessary in arithmetic and geometry.
{ 4 } - regarded as self-evident.
{ 5 } - etymologically named for the Greek word meaning worthy.
<= back | menu | forward =>
4 is wrong. Please try again.
An axiom is NOT:
{ 1 } - taken first in an argument.
{ 2 } - deniable in a logical science.
{ 3 } - necessary in arithmetic and geometry.
{ 4 } - regarded as self-evident.
{ 5 } - etymologically named for the Greek word meaning worthy.
<= back | menu | forward =>
5 is wrong. Please try again.
An axiom is NOT:
{ 1 } - taken first in an argument.
{ 2 } - deniable in a logical science.
{ 3 } - necessary in arithmetic and geometry.
{ 4 } - regarded as self-evident.
{ 5 } - etymologically named for the Greek word meaning worthy.
<= back | menu | forward =>
the end