DonRicardo said:
I never confused matter with weight. I gave the example
"a flying bird". With mass I meant non-energy matter. Matter will be
converted to energy, while mass (the property of matter of an object equal
to the measure of an object's resistance to changes in either the speed
or direction of its motion.) remains equal.
Yet again you have introduced something that needs to be clarified before
we can proceed.
First, they were not
my definitions of mass and weight; they are
the standard definitions used in Physics. If you think I have got them
wrong in some way, please provide a correction.
You say: "With mass I meant non-energy matter". Changing the word "mass"
to "matter" doesn't alter anything. You are either inventing a new
concept that does not exist in physics as I know it or you are referring
to an accepted concept. If this is an invention of your own, please give
a formal definition of what you mean (not an example). If it is an
accepted concept, please provide references to its definition in the
standard literature. However, as you make it clear in your subsequent
statement, you are actually talking about the standard physics definition
of mass, so this confusion is not particularly important.
Second, you make another complex statement which I shall attempt to
simplify. My question was: "Do you agree that the mass of an object
increases as its speed increases?"
You disagreed, saying: "Matter will be converted to energy, while
mass
(the property of matter of an object equal to the measure of an object's
resistance to changes in either the speed or direction of its motion.)
remains equal."
The statement is in two independent parts. I shall remove the first
part as this does not change the meaning of the second part: "mass
(the property of matter of an object equal to the measure of an object's
resistance to changes in either the speed or direction of its motion.)
remains equal."
I assume by "remains equal" you mean "does not change [as the speed of
the object increases]". As you have given the definition of mass here, you
are being clear that you mean the standard definition from Physics; you
are clearly
not talking about your private definition of matter.
So, your statement reduces to: "mass does not change as the speed of the
object increases". Do you agree?