You are watching: A tritium nucleus is formed by combining
E = m c²where E = energy releasedm = mass of the nucleusC= velocity of lightm = 9.106 x 10⁻³ x 1.67 x 10⁻²⁷ kgC = 3 x 10⁸ m/s and C² = 9 x 10¹⁶E = 1.37 x 10 ⁻¹² J
naipublishers.com : The amount of energy released is,
According to the Einstein equation, the power is equal to the product of mass and also the square of the rate of light.
The mathematical expression is :
E = energy
c = rate of light =
m = mass of nucleus =
Conversion the mass of nucleus from "amu" into "Kg" :
Now put all the offered worths in the over formula, we gain the amount of power released.
Thus, the amount of energy released is,
She slams her fist onto the calculator through 8000 j of KE. If she relocated her arm at 3 m/s, what is the mass of her fist?
Which of the following statements are true around dimensions and also units?A. The SI unit device is offered by scientists almost everywhere the
It’s like wbelow 2 compounds positive ions which are referred to as “Cations” remember paws for Cats paw as positive. And Negative ions which are referred to as Anion, remember it as A Negative Ion= Anion. And they would certainly switch areas to create a new compounds or assets. Look at the Example!
A chemical equilibrium exists when: A chemical equilibrium exists when: tright here are equal amounts of reactants and assets. the r
naipublishers.com: A chemical equilibrium exists when the rate at which reactants form commodities is the same as the price at which products create reactants.
When the concentration of both the reactants and assets execute not readjust with time then it means the chemical reactivity has actually reached to a state of chemical equilibrium.
See more: Find The Limit, If It Exists. (If An Answer Does Not Exist, Enter Dne.)
As such, we can conclude that a chemical equilibrium exists as soon as the price at which reactants create commodities is the same as the rate at which assets develop reactants.