Determine the mass of 1 F-atom in gramm (F-19).

Which particles determine the mass of an atom ?

Let f be defined by f (x)=2x + 1 for all xinR . Show that f is bijective and determine the inverse of f. Find f^(-1)(0),f^(-1)(2) and f^(-1)(-1) .

Given f(x)=log_(a)(x) passing through the point (3:1) Determine the value of a.Determine the equation of y=f^(-1)(x)

The mass of the atom is determined by ________.

Arrange the following in order of decreasing mass (i) 1 F atom (ii) 1 N atom (iii) 1 O atoms (iv) 1 H atom

Determine the following limit: (lim)_(x->1)f(x) , f(x)= x^2/(x+1)

Determine the empirical formula of a compound containing 47.9% potassium, 5.5% beryllium and 46.6% fluorine by mass. (Atomic weight of Be=9, F = 19, K = 39).

Determine the following limit: (lim)_(x->-1^-)f(x) , f(x)= (x+1)/(x-1)+x

The atomic mass of F^(19) is 18.9984 m_(u) . If the masses of proton and neutron are 1.0078 m_(u) and .0087 m_(u) . Respectively, calculate the binding energy per nucleon (ignore the mass of electrons). (1 m_(u) = 931) MeV)

The atomic mass of F^(19) is 18.9984 m_(u) . If the masses of proton and neutron are 1.0078 m_(u) and .0087 m_(u) . Respectively, calculate the binding energy per nucleon (ignore the mass of electrons). (1 m_(u) = 931) MeV)