Answer:
A ( t )=0.659 gram of C-14
Explanation:
Mathematically exponential decay can be expressed as
where
A ( t ) - the amount left after t years;
A 0 - the initial quantity of the substance that will undergo decay;
t 1/2 - the half-life of the decaying quantity.
Calculation:
Given that
A 0 =2700 gram sample of C-14
t=time=12 times of half life of C-14
Required data:
A ( t )=?
Putting value in the attached equation we get
A ( t )=0.659 gram of C-14
Answer:
Explanation:
If the concentration of any substance A in a dynamic equilibrium increases, The equilibrium will be shifted to its opposite side so that Substance A can be created less and the substance opposite to A can be created more so that a "dynamic equilibrium" can again be established.