50 points! the isotope shown has a mass of 14.003241 amu. calculate how much energy is released from the binding of 2.530x10 moles of this isotope. all particles in the nucleus are shown.

Answer : The amount of energy released is,

Explanation :

Formula used to calculate the amount of energy released is:

where,

E = amount of energy released

m = mass of isotope

c = speed of light =

First we have to calculate the mass of isotope.

Mass of isotope = Moles of isotope × Atomic mass of isotope

Mass of isotope = (2.530 × 10)mol × 14.003241 amu

Mass of isotope = 354.3 g = 0.3543 kg

Now we have to calculate the amount of energy released.

Thus, the amount of energy released is,

hope this

explanation:

covalent bonds

consist of pairs of electrons shared by two atoms, and bind the atoms to fixed orientation and requre high energies to break them

ionic bonds

when two atoms differ considerably in their electronegativity, then one of the atoms will lose its electron to the other atom. this results in a positively charged ion(cation) and a negatively charged ion (anion)

the electron configuration that you gave me has 16 electrons ergo it has 16 protons ergo it is the element sulfur.