I believe it is a first order reaction.
So the integrated rate law would be:
ln[A]final = -kt + ln[A]inital
Yes. Stable elements are 83 elements. all elements above that of atomic number 83 (Bismuth) are radioactive. Radioactive isotopes are of the order of 1500 radioactive isotope.
This is because only one isotope decay.
The critical mass.
They combine in order to involve in chemical bonding.
The critical mass.
The reaction order is the law in which determines which elements will begin the process first. It is dependent upon the Kinetic energy of each element. The reaction order in chemistry is difficult to determine.
it is when a reaction occurs and elements are "taken" apart and put in a new order to create a new substance.
Yes, is true.
No, radioactive decay is not a chemical reaction. Radioactive decay is a type of change in the nucleus of an atom that results from instability in that nucleus. And that is a nuclear reaction rather than a chemical one.
In chemistry it is very important to understand the properties of elements in order to predict their effects on other elements and compounds during chemical reactions. This information can be used to formulate a hypothesis for a reaction, or better understand the chemical processes that may have occurred in a reaction.
To complete the balanced redox reaction, you simplify the equation by removing common elements on both sides.
No. Fusion is the combining of light elements into heavier elements (like 2 deuterium into 1 helium). radioactive decay is when you have an unstable atom releasing energy (and sometimes matter) in order to reach a more stable state.