Out of the following four dimensional quantities, which one qualifies to be called a universal constant?

Question

Out of the following four dimensional quantities, which one qualifies to be called a universal constant? (A) Acceleration due to gravity (B) Surface tension of water (C) Weight of a standard kilogram mass (D) The velocity of light in vacuum

Tardigrade Admin · Accepted Answer

The velocity of light in vacuum is independent of any other constant so it is a universal constant. c=3× 108 ms- 2

Q. Out of the following four dimensional quantities, which one qualifies to be called a universal constant?

Acceleration due to gravity

Surface tension of water

Weight of a standard kilogram mass

The velocity of light in vacuum

The velocity of light in vacuum is independent of any other constant so it is a universal constant.
$c = 3 \times 1 0^{8} m s^{- 2}$

Q. Out of the following four dimensional quantities, which one qualifies to be called a universal constant?

Acceleration due to gravity

Surface tension of water

Weight of a standard kilogram mass

The velocity of light in vacuum

The velocity of light in vacuum is independent of any other constant so it is a universal constant. c=3×108ms−2

The velocity of light in vacuum is independent of any other constant so it is a universal constant.
$c = 3 \times 1 0^{8} m s^{- 2}$