Calculate energy and mass conversion using Einstein's Theory of Special relativity. Convert mass to energy and vice versa.

Einstein's Theory of Special Relativity

Purpose

The Einstein's Theory of Special Relativity calculator function is designed to calculate the energy equivalent of a given mass based on the famous equation E=mc^2.

Use Cases

• Calculate the energy equivalent of a mass
• Understand the relationship between mass and energy in special relativity

How to Use

1. Enter the mass value in the "Mass" input field.
2. Select the unit of measurement for the mass. (Default unit is gram)
3. Click on the "Calculate" button to see the energy equivalent.

Input Values

1. Mass: Enter the mass value for which you want to calculate the energy equivalent. (Default unit is gram)

Output Values

1. Energy: The calculated energy equivalent of the entered mass. (Unit: Megawatt-hour)
2. Mass: The original mass value entered by the user. (Unit: Same as input)

Any other Instruction

• Make sure to enter a valid numeric value for the mass.
• The output energy value will be in Megawatt-hour.

Calculation Steps

1. Determine the unit of measurement for the mass input.
2. Calculate the energy equivalent using the equation E=mc^2.
3. Convert the calculated energy to the specified unit of measurement (Megawatt-hour).

Technical Parameters

• mass, energy

Return Values

• Energy, Mass

Example Expressions

You can use the following expressions to directly evaluate in a non-interactive manner using eva():

1. emc2(mass='1000g', energy='@kWh')
2. emc2(mass='2kg', energy='@J')

Click on Help icon to open the help page on a separate window.