Our online E=mc2 Calculator is useful to convert the mass of an object to energy and vice-versa easily. Input the mass of the object and hit the calculate button to check the energy as output instantly.
E=mc2 Calculator: Do you want the quick conversion of mass to the energy of an object? This handy Mass to Energy Calculator will display the amount of energy with a detailed step by step explanation easily. We have also provided Einstein's Mass-Energy Equivalence formula and manual steps for a better understanding of the students. See the solved questions on E=mc2.
These are the steps to find the relationship between mass and energy of an object. Albert Einstein proved that mass and energy are equivalent.
In the year 1905, Einstein stated that the law of conservation of energy and law of conservation of mass are same. And the mass, energy are equivalent.
The mass energy equivalence equation an be read as E equals m squared. It is given as
E = mc2
E is the energy of the object
m is the mass of the object
c is the speed of light and value is 299,792,458 m/s
Question: Calulate the Einstein mass energy if the mass is 15 kgs.
Mass of the object m = 15 kgs
Speed of the light c = 3 x 108 m/s
Energy of the object E = mc2
E = 15 x (3 x 108)2
E = 15 x 9 x 1016
= 135 x 1016
Therefore, energy of the object is 135 x 1016
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1. How to calculate E=mc2?
E=mc2 is the Einstein's mass-energy equivalence equation. It is used to find the amount of energy that is equivalent to the given mass. Multiply the mass of the object by square the speed of the light to obtain the energy.
2. What is the formula of relativity?
The relativity formula is E = mc2. Where E is the energy, m is the mass and c is the speed of the light.
3. How to solve mass in E=mc2?
We know that mass energy equivalence formula is E = mc2. From this, mass m = E/c2. Divide the energy by the square of the speed light to get the mass of an object.
4. What is meant by Mass Energy Equivalence?
The mass-energy equivalence is the consequence of Albert Einstein's theory of special relativity. This law states that the mass of an object can be converted into energy and vice-versa. The conversion formula is E = mc2.