Gigaton to Megaton Converter (and vice versa)
Created by: tinycalcs.com/en
Number of supported units: 2
Last update: 2026
This converter allows you to convert gigatons [Gt] to megatons [Mt] or megatons [Mt] to gigatons [Gt]. Calculations are performed in both directions. The calculation result and the entered value are displayed with up to 20 decimal places for maximum accuracy.
Convert gigatons to megatons
There are two simple ways to convert gigatons [Gt] to megatons [Mt]. In the first calculation method, the value in gigatons [Gt] is divided by 0.001. The second method multiplies the value in gigatons [Gt] by 1,000.
- Megatons [Mt] = gigatons [Gt] ÷ 0.001
- Megatons [Mt] = gigatons [Gt] * 1,000
Convert megatons to gigatons
Converting megatons [Mt] to gigatons [Gt] is easy and can be done in two ways. The first method involves multiplication, whereby the value in megatons [Mt] is multiplied by 0.001. The second variant is a division. Here, the value in megatons [Mt] is divided by 1,000.
- Gigatons [Gt] = megatons [Mt] * 0.001
- Gigatons [Gt] = megatons [Mt] ÷ 1,000
Converter
Decimal places
How it's calculated
To all available units
Gigatons
Micrograms
Gigatons
Milligrams
Gigatons
Nanograms
Gigatons
Picograms
Gigatons
Pounds
Popular with other users …
Angle
Converting angle units requires the use of special formulas, which can be complicated and confusing. The angle converter eliminates the complexity and helps you convert between different angle units without errors.
Angle converter
Area
The size of an area is usually given in acres, square meters, square kilometers, or in relation to a soccer field. With the area converter, all common area units can be converted quickly and accurately.
Area converter
Capacitance
Capacitors usually have values significantly smaller than one farad, which is why capacitance values with SI prefixes are particularly common. The capacitance converter is ideal for converting between different units of electrical capacitance.
Capacitance converter
Current
Manually converting between non-standard electricity units can be confusing and prone to errors. The electricity converter simplifies this process by eliminating complexity and providing accurate, error-free results.
Current converter