Acceleration of Gravity to Attometer per Square Second Conversion

Convert between Acceleration of Gravity and Attometer per Square Second quickly and accurately.

g
am/s²

How to Convert Acceleration of Gravity to Attometer per Square Second

Conversion Formula

1 g = 1E+19 am/s²
1 am/s² = 1E-19 g

Example

Convert 15 g to am/s²:

15 g = 15 × 1E+19 am/s² = 1E+20 am/s²

Unit Information

Learn about the acceleration units you're converting between

Acceleration of Gravity

g

Definition

The acceleration of gravity (g) is a unit of acceleration equal to the standard gravitational acceleration on Earth's surface. It is approximately 9.80665 meters per square second.

History/Origin

The acceleration of gravity was standardized in the 20th century as 9.80665 m/s² for the standard gravitational acceleration on Earth's surface. It is widely used in physics and engineering.

Current Use

Widely used in physics, engineering, and mechanics for measuring accelerations relative to Earth's gravity, particularly in aerospace, automotive, and mechanical applications.

Multiplier

9.807

Offset

0

Attometer per Square Second

am/s²

Definition

The attometer per square second (am/s²) is a unit of acceleration, representing the rate of change of velocity per unit time in attometers. It is equal to one-quintillionth of a meter per square second.

History/Origin

Derived from the attometer, a metric unit of length equal to one-quintillionth of a meter, and the second. It is used for measuring extremely small accelerations in theoretical physics applications.

Current Use

Used in theoretical physics, quantum field theory, and advanced scientific research where attometer-scale accelerations need to be measured with extreme precision.

Multiplier

1E-18

Offset

0

Acceleration of Gravity to Attometer per Square Second Conversion Table

Acceleration of Gravity [g] Attometer per Square Second [am/s²]
1 g 1E+19 am/s²
10 g 1E+20 am/s²
25 g 2E+20 am/s²
50 g 5E+20 am/s²
100 g 1E+21 am/s²
0 g 0E+0 am/s²
-10 g -1E+20 am/s²
-40 g -4E+20 am/s²